WO2006045250A1 - Hotte de conditionnement d’air pour cuisiniere dotee d’un systeme a bouclier collecteur d’air - Google Patents

Hotte de conditionnement d’air pour cuisiniere dotee d’un systeme a bouclier collecteur d’air

Info

Publication number
WO2006045250A1
WO2006045250A1 PCT/CN2005/001782 CN2005001782W WO2006045250A1 WO 2006045250 A1 WO2006045250 A1 WO 2006045250A1 CN 2005001782 W CN2005001782 W CN 2005001782W WO 2006045250 A1 WO2006045250 A1 WO 2006045250A1
Authority
WO
WIPO (PCT)
Prior art keywords
air
heat exchange
passage
heat exchanger
circuit
Prior art date
Application number
PCT/CN2005/001782
Other languages
English (en)
Chinese (zh)
Inventor
Xiuquan Wang
Original Assignee
Xiuquan Wang
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Application filed by Xiuquan Wang filed Critical Xiuquan Wang
Publication of WO2006045250A1 publication Critical patent/WO2006045250A1/fr

Links

Classifications

    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F5/00—Air-conditioning systems or apparatus not covered by F24F1/00 or F24F3/00, e.g. using solar heat or combined with household units such as an oven or water heater
    • F24F5/0007—Air-conditioning systems or apparatus not covered by F24F1/00 or F24F3/00, e.g. using solar heat or combined with household units such as an oven or water heater cooling apparatus specially adapted for use in air-conditioning
    • F24F5/001—Compression cycle type
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24C—DOMESTIC STOVES OR RANGES ; DETAILS OF DOMESTIC STOVES OR RANGES, OF GENERAL APPLICATION
    • F24C15/00—Details
    • F24C15/20—Removing cooking fumes
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F13/00—Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
    • F24F13/02—Ducting arrangements
    • F24F13/06—Outlets for directing or distributing air into rooms or spaces, e.g. ceiling air diffuser
    • F24F2013/0616—Outlets that have intake openings
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B30/00—Energy efficient heating, ventilation or air conditioning [HVAC]
    • Y02B30/52—Heat recovery pumps, i.e. heat pump based systems or units able to transfer the thermal energy from one area of the premises or part of the facilities to a different one, improving the overall efficiency

Definitions

  • the invention relates to the field of kitchen temperature control fume exhausting equipment, in particular to a kitchen air conditioning range hood.
  • One type of wind screen range hood with a half screen air hood system for a wind screen system and another type of hood range hood with a hood system and a full air collector hood system, which generates an air collecting hood when working Covering the pumping, it achieves the clean and thorough exhaust of the exhaust, without hindering the cooking of the chef, and also eliminates the troublesome use caused by the soft curtain collector or the foldable baffle collector.
  • range hoods can not adjust the air temperature and humidity, so it can not bring comfort; another type of air collection in the wind screen channel or hood channel
  • the range hood with electric heater in the hood passage overcomes the shortcomings of the air hood with natural temperature blowing in the cold weather, and has the function of air heating, which makes people feel comfortable in cold weather, however, Hot days, there is nothing to do with the high temperature in the kitchen.
  • room air conditioner including a refrigerating type air conditioner, a heat pump type cooling type air conditioner, a refrigerating electric heating type air conditioner, a heat pump type refrigerating type thermoelectric heating type air conditioner, a heat pump type refrigerating type heating and defrost type air conditioner, and Heat pump type cooling and heating defrosting electric heating type air conditioners, some of which have a fresh air system, and have an integrated machine and a split machine, which provide an ideal comfortable room temperature environment.
  • range hood with refrigeration function which applies the room refrigeration air conditioner technology to the ordinary range hood with only the exhaust fume system, so that the ordinary range hood has the function of indoor air cooling, but it does not solve the soot pumping.
  • the problem of uncleanness and heating of indoor air makes it impossible to give a healthy air environment in the kitchen and not to give a suitable temperature environment all year round.
  • the present invention provides an air conditioning range hood having an air collecting hood system.
  • the technical solution adopted by the invention to solve the technical problems thereof is as follows: including the body, the compressor, the blower, the pumping : the fan, the heat exchanger 1, the heat exchanger 2, the heat exchange electric fan 2, the air collecting hood passage, the pumping row a soot channel, a heat exchange channel, and a heat exchange channel 2, wherein the air collecting cover and the heat exchange channel are connected to form an air collecting cover heat exchange channel, and the heat exchanger is disposed in the air collecting cover
  • the air channel comprises a heat collecting system of the air collecting hood, wherein the pumping fan is arranged in the exhausting fume channel to form a pumping fume system, the heat exchange electric fan is second, and the heat exchanger 2 is arranged in the heat exchange channel 2 to form a heat exchange System 2, and constituting an air conditioning range hood having an air collecting hood system;
  • the hair dryer is disposed in the air collecting hood passage to form an air collecting hood system, and the pumping oil fume passage and the heat exchange passage 2 are connected to form a soot heat exchange passage, and the heat exchanger 2 and the exhaust fan are disposed at The exhaust gas heat exchange passage forms a pumping fume heat exchange system, and the heat exchanger first, the heat exchange electric fan is disposed in the heat exchange channel 1 to form a heat exchange system, and the air collecting hood system is formed Air conditioning range hood two;
  • a body including a body, a compressor, a blower, a blower fan, a heat exchanger 1, a heat exchanger 2, an air collecting hood passage, a pumping fume passage, a heat exchange passage 1 and a heat exchange passage 2, wherein the air set
  • the flow hood passage and the heat exchange passage are connected to form an air collecting hood heat exchange passage
  • the heat exchanger is disposed in the air collecting hood heat exchange passage to form an air collecting hood heat exchange system
  • the exhausting fume passage is
  • the heat exchange channel is connected with the heat exchange channel to form a heat exchange passage for the exhaust fume
  • the heat exchanger 2 the exhaust fan is disposed in the heat exchange passage of the exhaust fume to form a fume heat exchange system, and the air conditioner having the air collecting cover system is formed.
  • Range hood three or including the body, compressor, hair dryer, extraction fan, heat exchanger 1, heat exchanger 2, heat exchanger electric fan 1, heat exchanger electric fan 2, air collector cover channel, pumping fume channel
  • the heat exchange channel 1 and the heat exchange channel 2 wherein the air collector cover, the exhaust fume passage, the heat exchange passage 1 and the heat exchange passage 2 are isolated from each other, and the blower is set in the air
  • the air collecting hood system is formed in the collecting hood passage, and the exhausting and exhausting fan is arranged in the exhausting oil fume passage to form a pumping fume system, and the heat exchanger 1 and the heat exchange electric fan are arranged in the heat exchange channel 1 Heat exchange system 1, the heat exchanger 2, heat exchange electric fan 2
  • the second-class pipeline is connected to form a refrigerant circulation refrigeration circuit (1300), and constitutes a refrigerating air-conditioner range hood having an air collecting hood system;
  • the compressor, the heat exchanger 1, the heat exchanger second, etc. are connected by a pipeline to form a refrigerant circulation refrigeration circuit (1300), and the electric heater (433) is disposed in the air collector cover heat exchange passage at the hair dryer.
  • a refrigerant circulation refrigeration circuit (1300) or the electric heater (433) is disposed in the air collector cover heat exchange passage at the hair dryer.
  • the compressor, the heat exchanger 1, the heat exchanger two and the four-way electromagnetic reversing valve are connected by a pipeline to form a heat pump refrigerant refrigerant refrigeration and heating circuit (1400), and the air collecting hood system is formed.
  • the refrigeration and heating type air conditioner range hood; or the compressor, the heat exchanger 1, the heat exchanger 2 and the four-way electromagnetic reversing valve, etc. are connected by a pipeline to form a heat pump type refrigerant circulating refrigeration and heating circuit.
  • the electric heater is arranged in the air collecting hood heat exchange passage to form an air electric heating system between the blower and the nozzle, and constitutes a cooling, heating and auxiliary electric heating air conditioner range hood having an air collecting hood system;
  • the compressor, the heat exchanger 1, the heat exchanger two, the four-way electromagnetic reversing valve and the electromagnetic cut-off valve are connected by a pipeline to form a heat pump refrigerant circulating refrigeration, heating, defrost circuit, and constitute air Refrigeration, heating and defrost air conditioning range hoods of the collector cover system;
  • the compressor, the heat exchanger 1, the heat exchanger two, the four-way electromagnetic reversing valve and the electromagnetic cut-off valve are connected by a pipeline to form a heat pump refrigerant circulating refrigeration, heating, defrost circuit, electric heater setting
  • a heat pump refrigerant circulating refrigeration, heating, defrost circuit, electric heater setting In the air collecting hood heat exchange passage, an air electric heating system is formed between the blower and the nozzle, and a cooling, heating, defrosting, auxiliary electric heating air conditioning range hood having an air collecting hood system is formed;
  • the invention is an integrated machine, wherein: the casing comprises a heat exchange channel, a heat exchange channel 2, an air collecting hood channel and a pumping fume channel, wherein the air collecting hood channel and the heat exchange channel are connected to form an air current collecting
  • the cover heat exchange passage, the exhaust fume passage and the heat exchange passage 2 are connected to form a soot heat exchange passage;
  • the invention is a split machine including an extension and a main machine, wherein: the air distribution cover heat exchange formed by the air blower, the exhaust fan, the heat exchanger 1, the air collecting hood passage and the heat exchange passage are connected in the extension casing The passage, the exhaust air passage and the pipeline, wherein the blower and the heat exchanger are disposed in the heat exchange passage of the air collecting cover, the exhaust fan is disposed in the exhaust air passage, and the pipeline is connected with the heat exchanger Extension
  • an extension casing including a blower, a blower fan, a heat exchanger 1, an electric heat exchange fan 1, an air collector cover passage, a suction exhaust passage, a heat exchange passage 1 and a pipeline, wherein the blower is set in the air set In the flow hood passage, the exhaust fan is disposed in the exhaust air passage, and the heat exchanger 1 and the electric heat exchange fan are disposed in the heat exchange passage 1 , and the air collecting hood passage is insulated from the heat exchange passage, and the pipeline is exchanged.
  • the first-class connection of the heaters constitutes extension two.
  • the main engine casing includes a compressor, a heat exchanger 2, a split heat exchange electric fan composed of a heat exchange fan 2 and a heat exchange motor, and a two-piece integrated heat exchanger electric fan.
  • Electromagnetic reversing valve heat exchange channel 2 and pipeline, wherein the heat exchanger 2 and the heat exchange electric fan 2 are arranged in the heat exchange channel 2, the pipeline and the compressor, the heat exchanger 2 and the four-way electromagnetic
  • the reversing valve and the like are connected to form a host 2;
  • the main engine casing including the compressor, the heat exchanger 2, the split heat exchange electric fan composed of the heat exchange fan 2 and the heat exchange motor two or two integrated heat exchanger electric fan two and four
  • the electromagnetic reversing valve 'electromagnetic cut-off is wide, the heat exchange channel 2 and the pipeline, wherein the heat exchanger 2 and the heat exchange electric fan 2 are arranged in the heat exchange passage 2, the pipeline and the compressor, the heat exchanger 2,
  • the four-way electromagnetic reversing valve and the electromagnetic cut-off valve are connected to form a host three;
  • the host computer is connected to the extension unit 1 or the extension unit 2 to form a refrigerant circulation refrigeration circuit through the pair of shut-off valves and the two connection tubes, or the host unit 2 is connected to the extension unit 1 or the extension unit 2 through the paired stop valve and the two connection tubes. Recycling refrigeration, heating circuit, .
  • the host computer 3 is connected to the extension unit 1 or the extension unit 2 through a pair of shut-off valves and two connecting tubes to form a refrigerant circulation refrigeration, heating, and defrosting circuit.
  • the main body includes at least one pair of distributors, at least two pairs of electromagnetic cutoff valves and at least two pairs of shutoff valves disposed therewith, wherein at least one pair of shutoff valves passes through the two connecting pipes and the air conditioning range hood of the air collecting hood system
  • the extension connection constitutes a refrigerant circulation loop or refrigerant circulation refrigeration, heating circuit or refrigerant cycle refrigeration, heating, defrost circuit, and the remaining pair of shut-off valves each pass through two connecting pipes and one split type room air conditioner extension
  • the connection constitutes a refrigerant circulation loop, and constitutes one of the air conditioner range hoods of the present invention having an air collector hood system.
  • the invention is a split machine of a wall-mounted integrated machine or a wall-mounted extension including a shackle; or a split type of a hanging integrated machine or a hanging type comprising a suspension ring, a decorative cover, a shaft, and a split pin; machine.
  • the heat exchanger is a forced air convection finned tube evaporator in which two parallel groups are connected in one group or three in parallel or one in parallel.
  • Heater 2 is a forced air cooled finned tube condenser;
  • the heat exchange passage of the present invention has an air filter or an air inlet having an air collector heat exchange passage having an air filter.
  • the invention comprises a fresh air box body, a flange and a air duct, wherein the fresh air box body, the flange and the air duct are sequentially connected to form a fresh air passage, connected to the casing through a fresh air box body, or additionally comprise a fresh air fan, the fresh air fan Set in the fresh air box or set in the flange and set in the air duct together with the fresh air passage to form a fresh air system;
  • each fresh air passage inlet has an air filter or an air filter having an air filter or an inner wall surface or an outer wall surface of the window disposed on the fresh air box body and a coupling ring thereof.
  • the outer bracket (1770), the motor extension shaft (1771) and the damper (1772) in the fresh air pipe joint are connected to form a damper (1792).
  • the one-piece machine or the split type machine of the invention a double-channel pipe joint (1690) with a fixed adjustment trim cover (1692) top plate (1993), a pulse motor or a stepping motor (1699), a fresh air pipe joint (1698)
  • the integrated machine or the split type machine of the present invention comprises: a water connection pipe, wherein one end of the water connection pipe is connected below the water receiving tray disposed under the heat exchanger, and the other end is suspended in the oil water cup, and together with the oil water cup constitutes a condensed water collecting system Or include a water pipe and a guide ring, wherein the high end of the water pipe is connected to the water tray disposed under the heat exchanger, and the tip of the low end touches the inner wall of the tank, the water pipe and the inner surface of the side wall of the tank, The flow ring, the soot filter mesh surface channel, the oil water cup constitute a condensate collection system; or the wall-mounted integrated machine or the wall-mounted sub-machine extension, including the water tray, the water pipe, the oil tank, the pipe joint, the shape The oil-water pipe of the water-sealed pipe joint, wherein the upper end of the water pipe is connected to the bottom concave portion of the water receiving tray disposed under the heat exchanger, and the lower
  • the motor of the extension unit and the split unit placed above the stove is a single-phase asynchronous fully enclosed motor or It is a three-phase asynchronous fully enclosed motor or a DC motor or a DC brushless motor.
  • the motor of the outdoor unit is a single-phase asynchronous motor or a three-phase asynchronous motor or a DC motor or a DC brushless motor or an AC servo motor or AC inverter. Motor or DC variable frequency motor.
  • the motor of the compressor is a single-phase AC asynchronous motor or a three-phase AC asynchronous motor.
  • each fan is a split fan composed of a combination of a fan and a fan motor, or an integrated fan in which a fan and a fan motor are integrated.
  • the beneficial effects of the present invention are that, on the one hand, the semi-air collecting hood or the full air collecting hood shields the hot oil flue gas, the fuel combustion exhaust gas and the cooking exhaust gas therein, and the exhaust fan is completely discharged outside, on the other hand,
  • the indoor air cooling or heating is performed outside the semi-air collecting hood or the full air collecting hood, especially the high-temperature gas generated by the combustion during cooling is shielded by the air collecting hood, and the cooling effect is lower than the aforementioned cooling function without the air collecting hood
  • the range hood is good.
  • the exhaust fume system works at the same time, the burning high temperature gas is continuously discharged outside, the cooling effect is better, and the condensed water and the soot accumulated in the indoor heat exchanger are collected into the oil cup, and poured in time. , can be free of pollution to the kitchen, or directly discharged to the sewer through the oil and water drainage system.
  • the fresh air channel In addition to continuously inputting fresh air into the room, the fresh air channel also replenishes the oxygen consumed by the fuel combustion in time to keep the kitchen air fresh.
  • the fresh air fan installed in the fresh air passage works, the air taken by the exhaust fan is timely and sufficient. supplement.
  • FIG. 1 is a schematic structural view of an integrated machine according to Embodiment 1 of the present invention
  • FIG. 2, FIG. 3, and FIG. 4 are a cross-sectional view taken along line A-A, a cross-sectional view taken along line B-B, and a bottom view of the structure shown in FIG.
  • FIG. 5 and FIG. 6 are schematic diagrams showing an embodiment of a partially modified structure of the embodiment 1 shown in FIG. 1;
  • Figure 7 is a schematic structural view of a wall-mounted extension of a splitter according to a second embodiment of the present invention
  • Figure 8 and Figure 9 are respectively a cross-sectional view of the structure of Figure 7 taken along line A2 A2 and a cross-sectional view of B2 B2;
  • Figure 10 is a schematic view showing a modified structure of the structure shown in Figure 2, and a cross-sectional view taken at a position A2-A2 in Figure 7;
  • Figure 11 is a schematic structural view of a main body of a split machine according to Embodiment 2 of the present invention
  • Figure 12 is a cross-sectional view taken along line C2 - C2 of the structure shown in Figure 11;
  • FIG. 13 is a schematic structural view of a host 2 of a split machine according to Embodiment 2 of the present invention.
  • Figure 14 is a schematic view showing the structure of the main body of the splitter of the embodiment 2 of the present invention.
  • FIG. 15 is a schematic diagram showing a partial structure of a multi-host of a split machine according to Embodiment 2 of the present invention.
  • Figure 16 is a schematic view showing the structure of the body 2 of the embodiment of the present invention
  • Figure 17, Figure 18, Figure 19 are a cross-sectional view taken along the line M-A4, B4-B4, and bottom view of the structure shown in Figure 16;
  • Figure 20 is a schematic view showing the structure of the integrated machine of the fourth embodiment of the present invention
  • Figure 21 and Figure 22 are respectively a cross-sectional view of the structure shown in Figure 20, A5-A5, and a cross-sectional view of B5-B5;
  • Figure 23 is a cross-sectional view of the structure shown in Figure 20 taken along the line A5-A5 in Figure 20;
  • Figure 24 is a schematic view of the structure of the body of the fifth embodiment of the present invention;
  • Figure 25, Figure 26 It is a cross-sectional view of A6 - A6 and a cross-sectional view of B6-B6 of the structure shown in Fig. 24;
  • Figure 27 is a cross-sectional view showing a structure of the structure shown in Figure 24, taken in the position of A6-A6 in Figure 24;
  • Figure 28 is a schematic view of the fifth embodiment of the wind machine of the present invention;
  • Figure 29, Figure 30, 31 and 32 are a bottom view, a cross-sectional view of A7-A7, a cross-sectional view of B7-B7, and a partial enlarged view of I, respectively, of the structure shown in FIG.
  • Figure 33 is a schematic view showing the structure of the wall-mounted extension of the split-unit 2 of the seventh embodiment of the present invention, wherein the right half is a bl - bl sectional view;
  • Figure 34 and Figure 35 are a plan view and a partial enlarged view of the structure shown in Figure 33; Wherein the right half of Figure 34 is an al-al cross-sectional view;
  • Figure 36 is a schematic structural view of a suspension type extension of the splitter 3 according to the eighth embodiment of the present invention, wherein the right half is a cross-sectional view of a 2-a2; and Figs. 37, 38 and 39 are the top view of the structure shown in Fig. 36, III. Partial enlarged view, enlarged view of the IV circumference; wherein the right half of Fig.
  • Figure 37 is a cross-sectional view of b2-b2;
  • Figure 40 is a cross-sectional view showing a structure of the structure shown in Figure 36, taken at a position a2-a2 in Figure 37;
  • Figure 41 is a schematic view showing the structure of the second extension of the split machine of the embodiment of the present invention, wherein The half is a cross-sectional view of a3-a3;
  • Fig. 42, Fig. 43, and Fig. 44 are a top view of the structure shown in Fig. 41, a partial enlarged view of V, and a partial enlarged view of VI, wherein the right half of Fig. 42 is a sectional view of b3-b3.
  • Figure 45 is a cross-sectional view showing a structure of the structure shown in Figure 41, taken at a position a3-a3 in Figure 40;
  • Figure 46 is a schematic view of the structure of the suspension type extension of the split machine of the embodiment 10 of the present invention, wherein The half is a cross-sectional view of a4 - a4;
  • Fig. 47, Fig. 48, Fig. 49 are a top view of the structure shown in Fig. 46, a partial enlarged view of VII, and a partial enlarged view, wherein the right half of Fig. 47 is a sectional view of b4-b4;
  • Figure 50 is a cross-sectional view showing a structure of the structure shown in Figure 44, taken at a position a4-a4 in Figure 46;
  • Figure 51 is a schematic view showing the structure of the suspension type extension of the split machine of the embodiment 11 of the present invention, wherein The half is a cross-sectional view of a5 - a5;
  • Fig. 52, Fig. 53 and Fig. 54 are a top view of the structure shown in Fig. 51, a partial enlarged view of K, and an enlarged view of the X circumference, wherein the right half of Fig. 52 is a sectional view of b5-b5;
  • Figure 55 is a cross-sectional view showing a structure of the structure shown in Figure 51, taken at a position a4-a4 in Figure 51;
  • Figure 56 is a schematic view of the structure of the suspension type extension of the split machine of the embodiment 12 of the present invention;
  • 58 is a cross-sectional view taken along the line A3-A3 and a cross-sectional view taken along line B3-B3 of the structure shown in FIG. 56;
  • Figure 59 is a cross-sectional view of the first modification of the structure shown in Figure 56, taken along the line A3-A3 in Figure 55;
  • Figure 60 Figure 61 is a second modification of the structure shown in Figure 55, wherein Figure 61 Is a full cross-sectional view of Fig. 60 taken at the position A3-A3 in Fig. 56;
  • Figure 62 is a refrigerant cycle refrigeration circuit diagram of the integrated machine and the split machine of the present invention.
  • Figure 63 is a circuit diagram of a heat pump type refrigerant circulating refrigeration and heating circuit of the integrated machine and the split machine of the present invention.
  • Figure 64 is a circuit diagram of a heat pump type refrigerant circulating refrigeration, heating, and defrosting circuit of the integrated machine and the split machine of the present invention.
  • Figure 65 is a schematic view showing the structure of a suspension type extension of a split-unit eight of the embodiment 13 of the present invention.
  • Figure 66 is a cross-sectional view taken along the line A4-A4 of the structure shown in Figure 65;
  • Figure 67 is a cross-sectional view taken along the line B4-B4 of the structure shown in Figure 65, in which the grease filter is not shown.
  • Figure 68 is a cross-sectional view taken along line D4 - D4 of the structure shown in Figure 65.
  • Figure 69 is a cross-sectional view taken along the line C4-C4 of the structure shown in Figure 65.
  • Figure 70 is a cross-sectional view taken along line A5-A5 of the structure shown in Figure 65.
  • Figure 71 is a cross-sectional view taken along line B5-B5 of the structure shown in Figure 65.
  • Figure 72 is a cross-sectional view taken along line E5-E5 of the structure shown in Figure 65.
  • Figure 73 is a current detection circuit and a compressor motor single speed control circuit
  • Figure 74 is an emergency start circuit
  • Figure 75 is a power-on reset unit circuit
  • Figure 76 is an external connection circuit of the clock generation module of the microprocessor unit MCU;
  • Figure 77 is a pulse stepping motor control and drive circuit
  • Figure 78 is a microprocessor unit MCU power supply circuit
  • Figure 79 is a single-phase AC motor stepless speed change control and drive circuit and fan motor speed detection circuit
  • Figure 80 is a buzzer control and drive circuit
  • Figure 81 is a rectifier filter regulator circuit and a zero-crossing detection circuit
  • Figure 82 is the lighting circuit
  • Figure 83 is a four-way valve control circuit
  • Figure 84 is the motor constant speed control and drive circuit of the fan
  • Figure 85 is an electric heater control circuit
  • Figure 86 is a temperature detecting circuit
  • Figure 87 is a soot gas sensitive detection circuit
  • Figure 88 is a voltage detecting circuit
  • Figure 89 is a 4X4 keyboard matrix circuit and a remote control receiving circuit
  • Figure 90 is a communication circuit
  • Figure 91 is the control and drive circuit of the AC variable frequency control compressor
  • Figure 93 is the Pin assignment diagram of the MOTOROLA C68HC908GP32 8-Bit computer micro-control unit MCU;
  • Figure 94 is the Pin assignment diagram of the MOTOROLA MC68HC908LJ12 8-Bit computer micro-control unit MCU;
  • Figure 95 is the MOTOROLA MC68HC908LJ24/LK24 8-Bit computer micro-control unit Pin assignment map of the MCU;
  • Figure 96 is a partial pin distribution diagram of the MCU of the MOTOROLA MC9S12E 64/128 16-Bit computer micro-control unit;
  • Figure 97 is a block diagram of the circuit of the air-conditioning range hood with the air collecting hood system at constant speed;
  • Figure 98 is a block diagram showing the circuit of an air conditioner range hood with an air collecting hood system for AC or DC conversion;
  • Figure 99 is a block diagram of a circuit diagram of an air conditioner range hood with an air collecting hood system
  • Figure 100 is a block diagram of a circuit diagram of an air-conditioning range hood with an air collecting hood system for one to three speeds;
  • Fig. 101 is a block diagram of a circuit diagram of an air conditioning range hood with a four-double frequency conversion air collection hood system.
  • a casing 140, a flange 141, and a fume exhaust pipe 142 are sequentially connected, wherein the hollow portion is
  • the exhaust fume passage 101, the split electric exhaust fan 107 composed of the exhaust fan 105 and the exhaust fan motor 106 is connected to the support 173 on the back plate 172, and the volute 174 constitutes a centrifugal electric exhaust fan 108.
  • the oil fume is sucked through the fume filter screen 143, sucked into the exhaust fume passage 101, and discharged from the exhaust fume pipe 142 to the outside;
  • the wind screen passage 102 is formed by an interval between the wall panel 145 and the air hood 146, and the split electric blower 111 composed of the blower fan 109 and the blower fan motor 110 is connected to the support plate 149 or the integrated electric blower 112 is disposed at the air set.
  • any of the two types of electric blowers is symmetrically disposed with respect to the vertical centerline 156, and air is drawn into the windscreen passage through the window 157, the filter 168, or the air through the window 169 and the filter screen 170.
  • 102 ejected from a nozzle 158 projected into a U shape in a horizontal plane, and surrounded by a trapezoidal smoke blocking plate 159 or a rectangular fender 161 or a wall 160;
  • the heat exchanger one 122 is mounted on the front wall plate 161, and the split heat exchange electric fan 126 consisting of the heat exchange fan 124 and the heat exchange motor 125 is disposed in the heat exchanger one 122.
  • the air is sucked into the heat exchange passage through the filter 171, and then blown by the heat exchange electric blower to the heat exchanger one, and blown back into the room by the window 162 to realize heat exchange;
  • the heat exchanger two 123 is mounted on the support frame plate 163, and the heat exchange electric fan 2130 composed of the heat exchange fan two 128 and the heat exchange motor two 129 is disposed in the air inlet of the heat exchanger two 123
  • the indoor air is sucked into the heat exchange passage 138 through the window 164, and is blown by the heat exchange electric fan 2 130 through the heat exchanger 2, and then blown from the heat exchange tube 167 on the top plate 165 to the outdoor to realize heat exchange;
  • the compressor 121 is disposed on the mounting plate 166;
  • the oil water cup 144 is suspended below the soot filter 143.
  • the condensed water on the surface of the heat exchanger 122 flows into the water receiving tray, and flows into the oil water cup 144 from the water connection pipe 147 connected to the water receiving tray;
  • the water receiving tray is arranged, and the water connection pipe 148 is connected at the lowest point of the water receiving tray.
  • the surface condensed water of the heat exchanger 2 123 flows into the water receiving tray, and then flows out from the outlet of the water receiving pipe 147, or along the inner surface of the side wall of the casing 140.
  • the flow guiding ring 149 flows into the oil water cup 144 through the channel formed by the edge of the hole on the hole of the oil filter 143, or directly flows into the oil cup along the flow guiding ring 149, the channel, or is electrically driven.
  • the exhaust fan 107 is exhausted outdoors.
  • the waste oil accumulated in the soot is also introduced into the oil cup 144 through the upper surface channel of the soot filter 143.
  • the air duct 181, the flange 180, and the fresh air tank 165 extending from the outside of the kitchen to the room are sequentially connected and communicated to form a fresh air passage.
  • the air filter 182 is disposed in the flange 180, or the filter 183 is disposed at the inlet of the air duct 181.
  • Fresh air outside the kitchen from the duct 181, through the filter 182 or through the filter 183 or through the filter 184 of the inner side wall (or outer side wall) of the rectangular window 189, Entering the kitchen; or the fresh air blower 199 is disposed in the fresh air tank 165 or in the air duct 181.
  • the fresh air blower 199 When the fresh air blower 199 is started, the outdoor fresh air is forced to deliver fresh air into the kitchen along the fresh air passage formed by the air duct 181, the flange 180, and the fresh air tank 165.
  • the fresh air blower 199 is a split type electric blower in which a fan blade and an electric motor are combined as shown in Fig. 1, or an integrated electric blower in which a fan blade and a motor are integrated, for example, an integrated fan such as an integrated electric blower 212.
  • the new air blower is set in the following examples and will not be described again.
  • a right angle trough-shaped air heater or a right-angled trough-type air heater 133 is disposed in the wind screen passage 102, adjacent to the nozzle 158, and mounted on the wall 145.
  • the fluorescent energy-saving lamp 185 and its deck 186 and the glass curtain plate 188 are disposed in the enclosure 187 to constitute an illumination device.
  • FIG. 5 and FIG. 6 are different from the embodiment 1 shown in FIGS. 1 to 4 in that the split electric blower 111 is replaced by an integrated electric blower 112, and the split heat exchanger is replaced by an integrated heat exchange electric blower 127.
  • Fan one 126 When the indoor air is cooled, the condensate on the heat exchanger 122 flows into the oil cup 144 suspended below the filter 143 via the water pipe 149.
  • the integrated heat exchanger electric fan II 131 replaces the split heat exchanger electric blower 130.
  • the condensed water on the heat exchanger 2 123 flows into the oil cup hanging below the filter 143 through the water pipe.
  • the split type air panel type range hood 2000 includes the extension 2001 or 2002 and the host 201 or 2012 or 2013.
  • the casing 240, the flange 241, and the exhaust pipe 242 are sequentially connected, wherein the hollow portion, that is, the exhaust passage 201, is connected to the upper cover 255 of the casing 240 by the integrated electric centrifugal exhaust fan 208, and the exhaust passage 201 is exhausted.
  • the inlet is provided with a soot filter 243 through which the soot is sucked into the exhaust air passage 201 and discharged from the exhaust pipe 242 to the outside;
  • the wind screen passage 202 is formed by the interval between the wall panel 245 and the air hood 246, and the split electric fan 211 composed of the blower fan 209 and the blower fan motor 210 is connected to the support frame 249 or the integrated electric blower 212 is disposed in the wind.
  • any of the two types of electric blowers is symmetrically disposed with respect to the vertical centerline 256, and air is drawn into the windscreen passage 202 through the filter 268 or air through the filter 270 from the horizontal plane. projected as "a 1-shaped discharge nozzle 258, a smoke blocking plate 259 trapezoidal or rectangular smoke blocking plate 261 or wall 260 surrounded by a semi-hood air manifold;
  • the wind screen passage 202 communicates with the heat exchange passage 237 to form a wind screen heat exchange passage, and the heat exchanger 222 is mounted on the support frame plate 262.
  • the indoor air passes through the air filter 268 or through the air filter 270. Inhaling into the wind screen passage 202, and then being blown back from the nozzle 258 to the indoor by the integrated electric blower to realize heat exchange;
  • the air duct 281 extending outside the kitchen is connected to the flange 280.
  • the flange 280 is connected to the fresh air tank 265 to form a fresh air passage.
  • the air filter 282 is disposed in the flange 280, or the filter 283 is disposed at the inlet of the air duct 281.
  • the fresh air outside the kitchen passes from the air duct 281, through the filter 282 or 283, into the kitchen from the window 284 on both sides of the fixed trim cover 285, or alternatively, the air filter is disposed in the window 284 or the outer wall surface. , instead of air filter 282 or 283.
  • the extension is hung on the expansion bolt in the wall through the hole at the upper end of the hang buckle 287.
  • the upper end of the upper decorative cover 286 is embedded in the ceiling, and is mounted on the angle iron 289 embedded in the wall at both ends, and the lower end is inserted into the lower decorative cover 285.
  • the oil water cup 244 is suspended below the soot filter 243.
  • the condensed water on the outer surface of the heat exchanger 222 is introduced into the oil and water pipe buried in the kitchen wall through the water connection pipe 247 connected to the water receiving tray (see The water pipe 248 connected to the water receiving tray flows into the oil water cup 244 suspended under the soot filter 243, and the waste oil accumulated in the soot is along the inner surface of the wall of the casing 240.
  • the upper surface of the soot filter 243 flows into the oil cup 244;
  • the extension 2002 shown in Fig. 10 is a variant of the extension 2001, which is obtained by cutting A2-A2 in Fig. 7, which is basically the same as the embodiment of the extension 2001 shown in Figs. 7-9, except that the current is collected by the three-face mask.
  • the cover 246 is changed to an inverted funnel-shaped collecting raft 2046 having a four-sided hood, and the inverted funnel-shaped fume filter 243 is changed to a flat-type fume filter 2043, a water receiving tray 2044, a water connection pipe 2049, a new oil water tank 2050, and a tube.
  • the large end of the pipe joint 2051 is connected to the bottom recess of the oil tank 2050, and the small end protrudes downward and rearwardly to the back plate 2053.
  • the upper end of the hose 2052 is connected to the small end of the pipe joint 2051, and the lower end is inserted therein.
  • the oil-water draining system of the "S"-shaped water-sealed pipe joint 2054 constitutes an oil-water discharge system.
  • the lower end of the oil-water pipe 2056 passes through the down-water channel.
  • the heat exchanger 2 is heated, the surface condensed water flows into the sewer through the exhaust control system, and the soot is accumulated.
  • the waste oil also flows into the sewer through the exhaust system, and the vertical installation portion of the oil-water pipe 2056 has an "S"-shaped pipe joint 2054 (drawn in the figure by 90° along the axis 2055).
  • the other structure of the water drainage system of this 3 ⁇ 4 water is not limited to this example, and any other type of range hood with air temperature control function hanging on the wall or existing types Range hoods hanging on the wall (such as ordinary, wind curtains, hoods, etc.), or have the same structure, but for the integrated range hood with air temperature control function, in the heat exchanger
  • the water receiving tray and the water connecting pipe are respectively arranged under the second, and the lower end of the water collecting pipe is suspended in the oil water tank.
  • the heat exchanger 2223 is mounted on the support plate 263, and the heat exchange is composed of the heat exchange fan 228 and the heat exchange motor 229.
  • the electric fan two 230 is disposed on the air outlet side of the heat exchanger 223, and the outdoor air is sucked into the heat exchange channel 238 through the two side windows 264, and is blown by the heat exchange electric fan 230 through the heat exchanger 2, and then blown from the window 265.
  • the host is placed on the window sill or in the wall hole or on the wall bracket or on the outside of the kitchen, and the window 265 is installed outside the kitchen;
  • the heat exchanger 2 223 condenses water on the outer surface of the heat exchanger out of the machine through the water connection pipe 249 connected to the water receiving tray; the compressor 221 is disposed on the bottom plate of the casing 204B, the compressor 221, heat exchange
  • the first circuit 222, the heat exchanger two 223, the muffler 291, the gas-liquid separator 292, the filter 294, and the capillary 295 are connected by a pipe and a pipe joint into a main circuit of the refrigeration circuit, and the main circuit passes through two connecting pipes and a pipe joint.
  • This refrigeration circuit is both the refrigeration circuit shown in Figure 62.
  • FIG. 13 is a modification of the host 200B shown in FIGS. 11 to 12, which is substantially the same as the host 200B, wherein the difference is that the heat transfer fan is moved forward in the direction of the two-way window 265, and the water tray is moved forward and shortened.
  • a heat exchange electric fan 2 230 composed of a heat exchange fan 2 228 and a heat exchange motor 2 229 is disposed on the air inlet side of the heat exchanger 2 223, a compressor 221, a heat exchanger 2 223, a four-way electromagnetic reversing valve 293,
  • the solenoid valve 299, the muffler 291, the gas-liquid separator 292, the filter 294, the capillary 295, the filter 298, the restrictor valve 297, and the shut-off valve 2910 are connected by a pipe and a pipe joint into a main circuit of the cooling and heating circuit.
  • the main circuit is connected to the heat exchanger 222 of the extension 200A through two connecting pipes and pipe joints and the paired shut-off valve 29100 of the main unit, thereby forming the split type wind screen type air hood hood 2000 of the present invention having a refrigeration circuit.
  • This refrigeration circuit is the cooling and heating circuit shown in Figure 63.
  • Fig. 14 shows another variation of the main body 200B shown in Figs. 11 to 12, which is also substantially the same as the main body 200B, wherein the difference is that the heat transfer fan is moved forward in the direction of the two-way window 265, and the water receiving tray is moved forward.
  • the heat exchange electric fan 2 230 composed of the heat exchange fan 2 228 and the heat exchange motor 2 229 is disposed on the air outlet side of the heat exchanger 2 223, and is located between the heat exchange fan 2 228 and the heat exchange motor 2 229 , compressor 221, heat exchanger 223, four-way electromagnetic reversing valve 293, solenoid valve 299, muffler 291, gas-liquid separator 292, filter 294, capillary 295, 296 and 299, restrictor valve 297, broken
  • the flow valve 29100 and the compressor 221 and the heat exchanger 222 of the extension 200A are connected by a pipe and a pipe joint into a main circuit of a cooling and heating circuit.
  • the main circuit passes through two connecting pipes and a pair of pipe joints and the host.
  • the shut-off valve 29100 and the heat exchanger 222 in the extension 200A pass through the split type air-screen type range hood 2000 of the present invention having a cooling, heating, and defrosting circuit.
  • This refrigeration circuit is the cooling and heating circuit
  • points A and B correspond to points A and B in Figs. 12 to 14, and the shunts 29101 which are used in pairs are sequentially added and sequentially connected before the main stop valve 298 of the structure shown in Figs. 12, 13, and 14.
  • Solenoid valve 29102 used in pairs (only four pairs of solenoid valves 29102 are shown in the figure, they are two pairs, three pairs, five pairs, six pairs, etc.), which become a one-to-many host,
  • Each of the main engines has at least one pair of shut-off valves 298 connected to the extension of the splitter of the present invention through two connecting pipes to form a refrigerant circulation circuit, and the remaining pair of shut-off valves respectively pass through two connecting pipes and one split type room air conditioner. Extensions (buried, wall-mounted, ceiling-mounted, ceiling-mounted, etc.) are connected to form a refrigerant circuit.
  • the casing 340, the flange 341, and the exhaust fume duct 342 are sequentially connected, wherein the hollow portion is Draining soot channel 301, by A split electric exhaust fan 307 composed of an exhaust fan 305 and an exhaust fan motor 306 is connected to a support 373 on the back plate 372, and a volute split type electric extractor fan 308 is formed with the volute 374, and the soot passage is exhausted.
  • the inlet 301 is provided with a soot filter 343, through which the soot is sucked into the exhaust fume passage 301, and discharged from the exhaust pipe 342- to the outside;
  • the exhaust fume passage 301 and the heat exchange passage 238 are connected to form a soot heat exchange passage, the heat exchanger 2323 is mounted on the support plate 363, and the centrifugal electric exhaust fan is disposed on the intake side of the heat exchanger 2323.
  • the indoor air is sucked into the exhaust air passage through the soot filter net, and is blown to the outdoor by the centrifugal electric exhaust fan and the exhaust fume pipe 342 to realize heat exchange;
  • the wind screen passage 302 is formed by the space between the wall panel 345 and the air hood 346, and the split type electric blower 311 composed of the blower fan 309 and the blower fan motor 310 is connected to the support frame 349 or the integrated electric blower 312 is disposed in the wind.
  • the split type electric blower 311 composed of the blower fan 309 and the blower fan motor 310 is connected to the support frame 349 or the integrated electric blower 312 is disposed in the wind.
  • one of the two types of electric blowers is arranged symmetrically with respect to the vertical centerline 356, and the air is drawn into the windscreen passage 302 through the air filter 368 or through the air filter 370, from the horizontal plane.
  • the wind screen channel 302 and the heat exchange channel 337 are connected to form a wind screen heat exchange channel.
  • the heat exchanger 322 is mounted on the mounting plate 362 or 349 in the wind screen heat exchange channel, and is composed of The wind screen heat exchange system, when cooling or heating, the indoor air is sucked into the wind screen heat exchange passage through the air filter 368 or through the air filter 370, and then taken from the nozzle 358 by the integrated electric blower or the split type electric blower. Blowing back into the room to achieve heat exchange;
  • the air duct 381 extending to the outside of the kitchen is connected to the flange 380.
  • the flange 380 is connected to the fresh air box 365 to form a fresh air passage.
  • the air filter 382 is disposed in the flange 380, or the filter 383 is disposed at the inlet of the air duct 381.
  • the fresh air outside the kitchen passes from the inside of the 381, through the filter 382 or 383, into the kitchen from the window 384 on both sides of the new bellows 365, or the air filter 385 and its coupling ring 384 are coupled to the inner wall surface or the outer side wall surface of the window 399. Instead of the air filter 382 or 383.
  • the compressor 321 is disposed on the front chamber 366.
  • the duct 381 extending outside the kitchen is connected to the flange 380, and the fresh air tank, the fresh air passage, the air filter, and the like are constructed in the same manner as the embodiments shown in Figs. 7 to 9 and have different sizes.
  • the condensed water on the outer surface of the heat exchanger 322 is connected to the water receiving tray in the heat exchange passage through one end of the inlet, and one end of the outlet hangs over the water pipe 347 or 348 in the oil water cup 344, and flows into the oil mist filter.
  • the dew condensation water condensed on the outer surface of the heat exchanger 323 is connected to the water receiving tray in the heat exchange passage through one end of the inlet, and the outlet end is suspended in the oil water cup 344.
  • the water pipe 349 also flows into the oil water cup 344, and the waste oil accumulated by the oil smoke flows into the oil water cup 344 through the upper surface of the oil smoke filter 343;
  • the casing 440, the flange 441, and the exhaust fume duct 442 are sequentially connected, wherein the hollow portion is The exhaust fume passage 401, the integrated centrifugal electric exhaust fan 408 is connected to the upper cover 455 of the casing 440, and the soot filter 443 is disposed at the inlet of the exhaust fume passage 401, and the soot is sucked into the exhaust fume passage 401 through the filter. , discharged from the exhaust pipe 442 to the outside.
  • the wind screen passage 402 is formed by the space between the wall panel 445 and the air hood 446, and the split type electric blower 411 consisting of the blower fan 409 and the blower fan motor 410 is connected to the support frame 449 or the integrated electric blower 412 is set in the wind.
  • the split type electric blower 411 consisting of the blower fan 409 and the blower fan motor 410 is connected to the support frame 449 or the integrated electric blower 412 is set in the wind.
  • the nozzle 458 projected into the " ⁇ « shape is ejected, and is surrounded by a trapezoidal fender 459 or a rectangular fender 461 or a wall 460 to form a semi-air collecting hood;
  • the wind screen channel 402 and the heat exchange channel 437 are connected to form a wind screen heat exchange channel.
  • the heat exchanger 422 is mounted on the mounting plate 462 or 463 in the wind screen heat exchange channel, and is composed of The wind screen heat exchange system, when cooling or heating, the indoor air is sucked into the wind screen heat exchange passage through the air filter net 468 or through the air filter net 470, and then taken from the nozzle by the integrated electric blower 412 or the split type electric blower 411. 458 is blown back into the room to achieve heat exchange;
  • the fresh air duct is set on the left side (or right side) of the center line 456 to communicate with the wind screen passage 02, and the electric blower 411 or 412 is also used as a fresh air blower.
  • This structure is the same as this embodiment in the embodiment shown in Fig. 29 and will not be described again.
  • the heat exchanger 2 423 is mounted on the plate type support frame 463, the integrated heat exchange electric fan 2 431 or the split heat exchange electric fan 2 consisting of the heat exchange fan 428 and the heat exchange motor 429 430 set in heat exchanger II
  • the indoor air is sucked into the heat exchanger 423 via the window 464, and is blown through the heat exchanger 431 by the integrated heat exchanger electric fan 431 or the split heat exchanger electric fan 430, and enters the air outlet side. 490, and then blown from the heat exchange tube 491 on the inverted funnel-shaped top cover 465 to the outside to achieve heat exchange;
  • the compressor 421 is disposed on the support frame 466.
  • the condensed water on the outer surface of the heat exchanger 422 is connected to the water receiving tray in the heat exchange passage through one end of the inlet, and one end of the outlet hangs over the water connection pipe 447 or 448 in the oil water cup 444, and flows into the oil smoke.
  • the dew condensation water condensed on the outer surface of the heat exchanger 423 is connected to the water receiving tray in the heat exchange passage through one end of the inlet, and the outlet end is suspended in the oil cup 444.
  • the water pipe 449 also flows into the oil cup 444, and the waste oil accumulated by the soot flows into the oil cup 444 through the upper surface of the soot filter 443;
  • the rear wallless cover 493 is disposed on the support surface 466.
  • the hole at the upper end of the shackle 492 is hung on the expansion screw in the wall 460.
  • the casing 504 of the integrated wind screen type range hood 500 in the casing 504 of the integrated wind screen type range hood 500, the casing 540, the flange 541, and the exhaust pipe 542 are sequentially connected, wherein the hollow portion is drawn.
  • the soot channel 501, the centrifugal integrated electric exhaust fan 508 is connected to the top cover 555, and the soot passage inlet 501 is provided with a soot filter 543 through which the soot is sucked into the exhaust fume passage 501 from the exhaust fume pipe 542. Drained to the outside.
  • the exhaust fume passage 501 and the heat exchange passage 538 are connected to form a soot heat exchange passage.
  • the heat exchanger 2 523 is mounted on the support frame plate 563, and the centrifugal electric exhaust fan 508 It is disposed on the inlet side of the heat exchanger 523, and constitutes a soot heat exchange system, and the indoor air is sucked into the soot heat exchange passage through the fume filter 543, and the centrifugal integrated electric exhaust fan 508 and the exhaust pipe 542 Blowing outdoors to achieve heat exchange;
  • the wind screen passage 502 is formed by the space between the wall panel 545 and the air hood 546, and the split type electric blower 511 composed of the blower fan 509 and the blower fan motor 510 is connected to the support frame 549 or the integrated electric blower 512 is set in the wind.
  • the partition 550 in the screen channel 502 one of the two types of electric blowers is arranged symmetrically with respect to the vertical center line 556, and the air is sucked into the wind screen passage 502 through the air filter net 568, and is projected into a U shape from the horizontal plane.
  • the nozzle 558 is ejected and encloses a trapezoidal fender 559 or a rectangular fume 561 or wall 560 as a semi-air collecting hood.
  • the heat exchanger 522 is mounted on the arc-shaped mounting frame 561 on the two wall plates flush with the side wall of the casing 540, and is composed of a heat exchange fan 524 and a heat exchange motor 525.
  • the flow heat exchange electric fan 526 is disposed on the air outlet side of the heat exchanger 522, and the indoor air is sucked into the inertial heat exchange electric fan 526 through the air filter 571, and the heat exchange electric fan 526 is discharged from the outlet 562. Blowing back into the room to achieve heat exchange;
  • the dew condensation water condensed on the outer surface of the heat exchanger 522 is connected to the water receiving tray in the heat exchange passage through one end of the inlet, and the water outlet 548 is suspended from the water outlet cup 544 at one end of the outlet, and flows into the soot filter.
  • the dew condensation water condensed on the outer surface of the heat exchanger 523 is connected to the water receiving tray in the heat exchange passage through one end of the inlet, and the outlet end is suspended from the oil cup 544.
  • the water pipe 549 also flows into the oil water cup 544, and the waste oil accumulated by the oil smoke flows into the oil water cup 544 through the upper surface of the oil smoke filter 543;
  • the air duct 581 extending outside the kitchen is connected to the flange 580.
  • the flange 580 is connected to the fresh air box 565 to form a fresh air passage.
  • the air filter 582 is disposed in the flange 580, or the filter 583 is disposed at the entrance of the air duct 581, and the kitchen
  • the fresh air from outside 581 enters the kitchen through a filter 584 or 583 from a filter 584 on the inner or outer wall of the window provided at the front side of the new bellows 565, or is disposed inside the window 584 with an air filter 585.
  • Wall or outer wall face instead of air filter 582 or 583.
  • the compressor 521 is disposed on the inner side of the fresh bellows 566.
  • the arrangement of the right angle slot type frame type electric heater or the right angle groove type skeleton type electric electric heater, the fluorescent energy saving lamp, the card seat thereof and the glass curtain plate are arranged as shown in FIGS. 1 to 4
  • the example is the same.
  • the integrated wind screen type air hood range hood 600 is in the casing 604: the inner cover body 640, the flange 6 «, and the exhaust pipe are sequentially connected, wherein the hollow portion is arranged
  • the air passage 601, the cover plate 686 with two vent holes is connected downwardly to the lower end of the inner cover 640, and the two integrated axial flow electric exhaust fans 608 are aligned one by one.
  • the air hole (the size and shape of the vent hole is the same as the air outlet of the exhaust fan 608) is connected to the upper surface of the cover light board 686, and a soot filter 643 is installed on the lower surface of the two vent holes on the cover light board 686. The soot is sucked into the exhaust fume passage 601 through the filter 643, and discharged from the exhaust pipe to the outside;
  • the wind screen passage 602 is formed by the spacing between the outer casing 645 and the inner casing 640, and the ghost axial blower 612 is disposed on the mounting plate 650 in the wind screen passage 602: ' .
  • the heat exchanger 622 is mounted on the heat exchanger one mounting frame 661, and the integrated heat exchange electric fan 612 is disposed on the air outlet side of the heat exchanger 622;
  • a heat exchanger 622 is mounted on a heat exchanger of a mounting frame 66, and an integrated heat exchanger electric fan 612' is disposed on the inlet side of the heat exchanger 622 ⁇ ; each electric fan is 612 or 612' each aligns a venting hole (the size and shape of the venting hole is the same as that of the exhaust fan 608); the heat exchanger 622 or 622' and the integrated heat exchanger electric fan 612 or 612' are optional.
  • One of the above two is symmetrically arranged with respect to the center line 656 of Fig. 27.
  • the indoor air is sucked into the wind screen passage 602 through the window 657 and the air filter 668, and is ejected from the nozzle 658 projected into a U shape in the horizontal plane to return to the room, and is enclosed with the trapezoidal smoke blocking plate 659 or the rectangular smoking hood 661 or the wall 660.
  • Collector hood heat exchange on the outer surface of heat exchanger 622 during cooling or heating.
  • the heat exchanger 2623 is mounted on the frame partition 663, and the integrated heat exchange electric fan 2631 is disposed on the inlet side of the heat exchanger 2623, and the indoor air is sucked into the heat exchange passage through the window 664.
  • the heat exchange tube 667 on the coupling 665 is blown to the outdoor to realize heat exchange;
  • the compressor 621 is disposed on the bracket 666.
  • the condensed water on the outer surface of the heat exchanger 622 flows into the annular oil water cup 644 through the water pipes 647 and 648 during cooling, and the waste oil accumulated in the oil fume also flows into the oil water cup 644; the heat exchanger 2 623 is outside during heating The condensed water on the surface flows into the annular oil water cup 644 through the water pipe 649;
  • the air duct 681 coming out of the kitchen is connected to the flange 680.
  • the flange 680 is connected to the top plate 665 of the heat exchange passage 638 to form a fresh air passage
  • the air filter 682 is disposed in the flange 680, or the filter 683 is disposed in the wind.
  • An electric heater 633 is disposed in the wind screen passage 602, and is mounted on the inner side of the outer cover 645 near the nozzle 658.
  • a spotlight 685 is disposed on the cover light panel 686 to form an illumination device.
  • the compressor, the heat exchanger 1 and the heat exchanger are connected by a pipeline to the refrigeration circuit shown in Fig. 62 or the refrigeration and heating shown in Fig. 63. Cooling, heating, and defrost circuits as shown in circuit or 64.
  • the casing 704A of the extension 700A of the split type wind screen type range hood 700 in the casing 704A of the extension 700A of the split type wind screen type range hood 700: the casing 740, the flange seat 741, the exhaust duct 742, the outer flange 74 ⁇ , the exhaust pipe 742' is sequentially connected, wherein the hollow portion is the exhaust passage 701, and is connected to the upper cover 755 of the casing 740 by the integrated axial flow extraction fan 708, and the upper cover has an electric pumping
  • the air outlet of the exhaust fan 708 has the same shape and the same size, and the upper 744 of the oil cup is provided with a soot filter 743, and the soot is sucked into the soot passage through the filter net, and is discharged from the exhaust pipe 742' to the outside;
  • the wind screen passage 702 is formed by an interval between the outer cover 745 and the air hood 746, the casing 740, the flange seat 741, the sleeve inner tube 742, the outer flange 74, and the like, and the blower fan 709 and the blower motor 710.
  • Three separate electric blowers 711 of three are connected to the support frame 749 or three integrated electric blowers 712 are disposed on the partition 750 in the wind screen passage 702, and each of the electric blowers 712 is aligned with a vent hole.
  • the air outlet is the same; the air is sucked into the wind screen passage 702 through the filter 768 or the filter 770, and is ejected from the nozzle 758 projected into the semicircular ring in the horizontal plane, and the trapezoidal smoke board 759 or the rectangular smoke board 761 or the wall Half air collector cover; refrigeration or system When the indoor air is sucked into the wind screen passage 702 through the filters 770 and 768, it is blown back from the nozzle 758 to the indoor heat by the integrated electric blower, and the outdoor fresh air is sucked
  • a ring oil cup 744 is suspended below the soot filter 743.
  • the surface condensed water flows into the oil cup 744 along the inner surface of the tank wall through the water receiving tray 747, and the waste oil accumulated in the soot is also along the wall of the tank. The surface flows into the oil cup 744;
  • a spotlight 785 is disposed on the light board 786 disposed at the lower end of the air duct 746. .
  • the extension 700A is hung on the expansion screw in the wall through a hole fixed at the upper end of the buckle 727 on the backboard.
  • the extension 700A and the main unit 200B are connected by piping to the refrigeration system shown in Fig. 62 or the cooling and heating system shown in Fig. 63 or the cooling and heating system shown in Fig. 63.
  • the casing 804A of the extension 800A of the split hood type air conditioner range hood 800 the casing 840, the flange seat 841, the exhaust pipe 842, the outer flange 84 ⁇
  • the exhaust pipe 842' is sequentially connected, wherein the hollow portion is the exhaust passage 801, and the split electric fan 830 composed of the heat exchange fan 828 and the heat exchange motor 829 is connected to the upper cover 855' of the casing 840 or
  • the integrated axial flow electric exhaust fan 808 is connected to the upper part 855 of the box body 84.
  • the center of the upper cover has a through hole having the same shape and size as the air outlet of the electric exhaust fan 808, and the port on the oil cup 844 is set.
  • a soot filter 843 the soot is sucked into the exhaust fume passage through the filter 843, and discharged from the exhaust pipe 842 to the outside;
  • the hood passage 802 is formed by an interval between the outer cover 845, the decorative cover 890 and the air hood 846, the casing 840, the flange seat 841, the exhaust pipe 842, and the like, and the blower fan 809 and the blower fan motor 810 are each four.
  • the four split electric blowers 811 are connected to the support frame 849 or four integrated electric blowers 812 are disposed on the partition 850 in the wind screen passage 802, and each of the electric blowers 812 is aligned with a vent (ventilation)
  • the size and shape of the hole is the same as that of the exhaust fan 608.
  • the hood channel 802 is also the heat exchange channel, which is called the hood heat exchange channel, and the heat exchanger 822 is installed in the hood heat exchange channel.
  • the two electric blowers and the heat exchanger are arranged in a symmetrical manner with respect to the vertical center line 856; the air is sucked into the hood heat exchange passage through the air filter 868 and the air filter 870,
  • the nozzle 858 projected into a circular ring in a horizontal plane is ejected to form a cone-shaped tubular hood; when cooling or heating, the indoor air is sucked into the hood heat exchange passage through the air filter 870 and 868, and then integrated into the electric hood.
  • the blower blows it back from the nozzle 858 back into the room for heat exchange, and the outdoor fresh air that is sucked into the screen passage 802 via the air filter 868 is also blown into the chamber from the nozzle 858 to replenish the room oxygen.
  • a circular ring frame electric heater or a circular skeleton electric heater 833 is disposed in the wind screen passage 802, adjacent to the nozzle 858, and mounted on the inner side of the outer cover 845.
  • the condensed water on the outer surface of the heat exchanger 822 is cooled into the oil cup 844 via the water connection pipe 847 connected to the water receiving tray.
  • the waste oil accumulated in the soot also flows into the oil cup 744 along the inner surface of the tank wall and the soot filter 743;
  • a lighting device composed of a light panel 886 and a spotlight 885 mounted on the light panel 886.
  • Suspension ring 887 or more is embedded in the ceiling 886, mounted on two angles 889 that are placed on the wall at both ends.
  • a circle of 4 to 8 through holes 891 is evenly distributed at a distance (e.g., 30 to 50 mm) at a circumference along a plane perpendicular to the center line 856, and the suspension ring 887 is evenly distributed.
  • a circle of through holes 893 of the same number as the decorative cover 890 is distributed, and 4 to 8 of the cutting shafts 894 are inserted into a pair of through holes of a pair of positive turns, and the split pin 892 is inserted into the hole in the shaft 894 for locking.
  • Changing the cutting axis 894 is inserted into a circle of holes of different heights on the decorative cover 890, and the height of the extension is changed from the ground.
  • the extension 800A and the host 200B are connected by piping or the like to the refrigeration system shown in Fig. 62 or the cooling and heating system shown in Fig. 63 or the cooling and heating system shown in Fig. 63.
  • the extension 900A of the split type hood type air conditioner range hood 900 has substantially the same structure as the extension 800A of the embodiment 8 shown in Figs. 36 to 40, except for the cover 945 and the decoration.
  • the shape and size of the cover 990 are different, and the other components of the body are different in size. Therefore, only the part name and serial number are listed: '
  • the extension 1000A of the split type hood type air conditioner range hood 1000 has substantially the same structure as the extension unit 800A of the embodiment shown in Figs. 36 to 40, except for the shape of the outer cover 1045 and the decorative cover 1090. The size of the other parts of the body is different.
  • Exhaust air passage 1001 heat exchange fan 2 1028, heat exchange motor 1029, split electric fan 1030, upper cover 1055, body axial flow electric exhaust fan 1008, box 1040', upper cover 1055', electric pumping Fan 1008, oil cup 1044, soot filter 1043; windshield passage 1002, square or circular outer cover 1045, decorative cover 1090, air hood 1046, blower fan 1009, blower motor 1010, split electric blower 1011, Support frame 1049, integrated electric blower 1012, mounting plate 1050, heat exchanger one 1022, support frame 1062, vertical centerline 1056, four electric fans one 1012 or 1012, air Filter 1068, air filter 1070, square annular nozzle 1058, air filter 1070, air filter 1068, square ring or circular strip frame electric heater or square ring or circular skeleton electric heater
  • the extension 1100A of the split hood type air conditioner range hood 1100 has substantially the same structure as the extension 800A of the embodiment 8 shown in Figs. 36 to 40, except for the outer cover 1145 and The shape and size of the decorative cover 1190 are different, and the other components of the body are different in size. Therefore, only the part name and serial number are listed:
  • the extension 1200A of the split type hood type air conditioner range hood 1200 of the present invention the extension of the split type wind screen type air hood range hood 200 of the present invention shown in Figs. 200A evolved, the difference is that, in this example, the nozzle 1258 is projected into a rectangular shape in the horizontal plane. Except for the box 1240 and the electric heater 1233, the other axis is symmetric with respect to the axis 1256, and a decorative plate 1299 is newly added. The shape and size of the 1245 and the decorative cover 1290 are changed.
  • the hanging structure is the same as that of the split type hood type air conditioner range hood 800 of the present invention shown in Figs. 36 to 40, and only has different shapes and sizes.
  • the connection to the main unit is the same as that of the hood-type air conditioning range hood 800, so only the part name and serial number are listed:
  • Figure 59 is an integrated suspension type split type hood type air conditioner range hood 120 of the present invention which is evolved from the embodiment shown in Figures 56 to 58 ( ⁇ , unlike the embodiment shown in Figures 56 to 58, has The top plate 1265' and the moment connected to the upper cover 1255
  • the heat exchanger channel 2238 formed by the cylinder 1267, the integrated heat exchanger electric fan 1227' installed on the lower surface of the top plate 1265 is mounted on the lower surface of the support frame 1263, the heat exchanger 21223, and the horizontal compressor 1221 is installed at the horizontal level.
  • the lower end of the rectangular cylinder 1267 having a rectangular cross section or the upper surface of the upper cover 1255 is closed.
  • the indoor air enters the heat exchange from the window on the decorative cover 1290 and the rectangular cylinder 1267 (not shown).
  • a rectangular or square oil draining inner tube 1242 is placed in the opening of the lower end of the rectangular cylinder 1267, and the oil draining inner tube 1242 is sealingly connected with the rectangular cylinder 1267.
  • the rectangular cylinder 1267 is divided into two sides except the two sides shown in the figure, and the other two sides are The cabinet is flush.
  • the heat exchange electric blower 1227 is a split heat exchange electric blower 111 consisting of the heat exchange fan 109 and the heat exchange motor 110 shown in Fig. 1, but the square hole and the outer circumference of the support frame plate are as shown in Fig. 1. The square hole and the outer circumference of the support frame plate 163 are different in size.
  • a heat exchange fan 1124, a heat exchange motor 1225, a cross-flow heat exchange electric fan 1226 is arranged in the heat exchange hood passage formed by the heat exchange passage and the hood passage, and the refrigeration Or heating, the indoor air enters the heat exchange hood passage through the filter 1268, through the heat exchanger 1222, the heat exchange fan 1224, the heat exchange motor 1225, the inertia heat exchanger electric fan 1226, A nozzle 1258 projected into a rectangular shape in a horizontal plane is sprayed into the chamber to form a rectangular cone-shaped hood; or in the heat exchange passage 1237, the heat exchanger 1222 is mounted on two sides flush with the side wall of the casing 1240" On the arc-shaped mounting frame 1261 on the wall panel, a heat exchange fan 1224' and a heat exchange motor 1225'' of the inertial heat exchange electric fan 1226'' are disposed on the
  • the casing 1604A of the extension 1600A of the split type inclined wall wind screen type range hood 1600 in the casing 1604A of the extension 1600A of the split type inclined wall wind screen type range hood 1600: the casing 1640, the flange seat 1641, the exhaust pipe 1642 The elbow 1641' on the double-channel pipe joint 1690 and the exhaust pipe 1642 are sequentially connected, wherein the hollow portion is the exhaust fume passage 1601, and the integrated centrifugal electric exhaust fan 1608 is connected to the upper cover of the casing 1640.
  • the wind screen channel 1602 is defined by the outer cover 1645 and the fixed decorative cover 1691 fixedly coupled thereto, and the adjusting decorative cover 1692 which can be adjusted up and down along the axis thereof in the fixed decorative cover 1691, and is attached to the adjusting decorative cover 1692 under the cover.
  • the two-channel pipe joint 1690 on the top plate 1793 of the through hole having the same port shape and size and the air hood 1646 and the casing 1640 (or the air hood 1646 and the casing 1640) which are fixedly coupled with the lower edge of the casing 1640 are integrated
  • the gap between the body 1640'), the flange seat 1641, the exhaust pipe 1642, the elbow 164', and the like, and the inner portion of the fresh air pipe 1694 are formed, and the blower fan 1609 and the blow fan motor 1610 are each composed of 4
  • a split electric blower 1611 is connected to the support plate 1649, the support plate 1649 is provided with a ventilation hole 1965, or four integrated electric blowers 1612 are arranged on the stepped partition 1650 in the wind screen passage 1602, and each electric blower 1612 Each of them aligns a venting hole on a stepped partition (the size and shape of the venting hole is the same as that of the exhaust fan 1608), and the wind screen channel 1602 is also a heat exchange channel
  • the two types of electric hair dryers and heat exchangers are selected in a setting situation, symmetrically arranged with respect to the vertical center line 1656, and the air passes through 4 electric fans 1611 or 1612 and a filter 1668 or a filter.
  • the 1670 suction screen channel 1602 is ejected from a nozzle 1658 projected in the horizontal plane to " -1 ", and is enclosed by a trapezoidal tobacco shield 1659 or a rectangular chimney 1661 or a wall.
  • the indoor air is sucked into the air screen passage 1602 through the air inlet 1697 on the trim cover 1692, and after passing through the filter 1668, it is blown back from the nozzle 1658 to the indoor by the split electric blower 1611 or the integrated electric blower 1612.
  • the heat exchange, and the filter 1670 in the fresh air pipe joint 1698 coupled to the two-way pipe joint 1690, is sucked into the indoor fresh air from the air screen passage 1602, and is also blown into the room from the nozzle 1658 to supply the indoor oxygen, the pulse motor.
  • the stepping motor 1699 is disposed on the bracket 1770 outside the fresh air pipe joint 1698, and the pulse motor or the stepping motor 1699 extension shaft 1771 is coupled with the damper 1772 in the fresh air pipe joint, in the electric appliance Under control, the damper 1772 is transitioned from a fully closed state perpendicular to the axis of the fresh air duct joint to a fully open state parallel to the axis, or vice versa, thereby forming a damper 1792.
  • the damper is in the working state of the air-conditioning system: when the damper is fully closed, the indoor air circulation heat exchange is realized; when the damper is in any open position, the outdoor fresh air is separated by the electric blower 1611 or the integrated electric blower 1612, from the fresh air pipe 1694 'The new air pipe joint 1698 attached to the two-channel pipe joint 1690, the filter net 1668 or the filter net 1670 is sucked into the wind screen passage 1602, and is also blown into the room from the nozzle 1658 to replenish fresh air in the room while achieving indoor air circulation. Heat and replenish fresh air into the room.
  • the damper 1792-end is coupled to the air inlet flange of the air-conditioning range hood of the present invention shown in Fig. 20 or Fig. 29, and the other end is sequentially connected to the filter net and the air inlet duct, or the damper 1792 and the double channel are used.
  • the pipe joint 1690 is used in place of the ceiling structure of the air-conditioning range hood of the present invention having the structure shown in FIG. 33, FIG. 36, FIG. 41, FIG. 46, FIG. 51, FIG. 56 and FIG.
  • Bar-shaped electric heater or “U”-shaped skeleton electric heater 1633 is disposed in the wind screen passage 1602, near the nozzle 1658, is mounted on the inner side of the outer cover 1645, at the nozzle 1658, and the outer cover and the inner wall of the inner cover are connected
  • the screen 1773 having an opening area of less than or equal to 100 square millimeters.
  • the surface condensed water passes through the water tank 1647, and the water pipe 1774 connected to the bottom recess of the water tank 1647 flows into the guide groove 1644, and the waste oil accumulated in the soot also flows along the inner surface of the tank wall.
  • the guide trough 1644 water and waste oil flow from the diversion tank 1644 into the joint 1776 coupled to the back of the backing plate 1775, the hose 1778 fitted over the joint 1776, the curved tube 1679 coupled to the hose 1778, and the external piping (Fig. Not shown in the middle), discharged into the sewage pipe.
  • a spotlight 1685 is disposed on the fume frame 1643 disposed at the lower end of the air hood 1646. .
  • the extension 1600A is hung on the expansion bolt 1780 in the wall through a key hole 1627 on the back plate 1790, and the cover 1781 is pressed between the back plate 1790 and the wall by an expansion screw 1780.
  • the adjusting decoration of the extension 1600A is hung on the expansion screw 1783 in the wall through the key hole 1782 on the back plate 1791, and the sealing piece 1784 is pressed against the back plate 1791 and the wall by the expansion screw 1783.
  • the extension 1600A and the host 200B are connected by piping to the refrigeration system shown in Fig. 62 or the cooling and heating system shown in Fig. 63 or the cooling and heating system shown in Fig. 63.
  • a casing 1304, a heat exchanger 1322, a compressor 1321, a heat exchanger 2323, a filter 134, a capillary 1395, a connecting pipe 1397, a pipe joint, and the like are included.
  • the outlet of the heat exchanger 1322 is connected to the suction port of the compressor through the low pressure pipe 1398, and the compressor is connected to the inlet of the heat exchanger 2323 through the exhaust pipe, and the outlet of the heat exchanger 2323 passes through the capillary 1395 and is filtered.
  • the device 1394 is connected to the inlet of the heat exchanger one 1322 to constitute a refrigerant cycle refrigeration circuit 1300.
  • the splitter refrigeration circuit of the present invention is different from the integrated machine refrigeration circuit shown in Fig. 62 in that the heat exchanger 1322 is in the extension casing 1304A, through the pipe joints 13100, 13101, the connecting pipe, the shut-off valves 11, 12 and the main engine. In the casing 1304B, other components are connected as shown in Fig. 62.
  • the low-pressure gaseous refrigerant in the compressor 1321 and the heat exchanger 1322 is sucked into the compressor 1321 through the low-pressure pipe 1398, compressed into a high-temperature, high-pressure gas by the compressor 1321, and discharged into the heat exchanger through the exhaust pipe.
  • the second 1323 is condensed and released into a liquid. After the liquid refrigerant is throttled, it becomes a gas-liquid two-phase fluid and enters the heat exchanger. 1322 absorbs heat and evaporates. The gas-liquid two-phase changes into low-pressure gas, and then is sucked into the compressor 1321 through the suction pipe 1398 to be compressed.
  • a refrigeration cycle is possible to change into the compressor 1321 through the suction pipe 1398 to be compressed.
  • the indoor air is exchanged by the heat exchange electric fan according to the suction heat exchange channel, and the heat exchanger 1 (in this case, the evaporator) performs heat exchange.
  • the heat exchanger 1 in this case, the evaporator
  • indoor air cooling is achieved; on the other hand, for the integrated machine, the indoor air is blown through the heat exchanger by the heat exchange electric fan 2 or the exhaust fan that also serves as the heat exchange electric fan 2 Second (at this time, the condenser), the heat is blown to the outdoor heat exchange; for the split machine, the outdoor air is sucked by the heat exchange electric fan and the two sides of the casing are sucked into the heat exchange channel 2, blowing through the heat exchanger Second (in this case, the condenser) is heated from the outer window of the machine body to the outside of the machine for heat exchange. This achieves a cooling adjustment of the indoor air.
  • the moisture in the indoor air condenses into condensed water on the outer surface of the heat exchanger (in this case, the evaporator), and the indoor air humidity is lowered.
  • a heat exchanger 422 a muffler 1491, a gas-liquid separator 1492, a compressor 1421, a four-way electromagnetic reversing valve 1493, a heat exchanger 2143, Filter 1494, capillary 1495, connecting line 1497, and the like.
  • the outlet of the heat exchanger 1142 is sequentially connected to the right passage of the muffler 1491, the four-way electromagnetic reversing valve 1493, and the gas-liquid separator 1492 through the low-pressure pipe 1498, and the inlet of the heat exchanger 1-142 is connected to the filter 1494.
  • the other end of the filter 149 is sequentially connected with the capillary 1495 and the other filter 1494'.
  • the other end of the latter filter 1494' is connected to the outlet of the heat exchanger 2143, and the inlet and the four-way electromagnetic commutation of the heat exchanger 2143
  • the left channel of the valve 1493 is connected, the suction port of the compressor 1421 is sequentially connected with the low pressure passage of the four-way electromagnetic reversing valve 1493, the gas-liquid separator 1492, and the high pressure of the exhaust port of the compressor 1421 and the four-way electromagnetic reversing valve 1493
  • the channels are connected to form a heat pump refrigerant refrigeration and heating system circuit 1400.
  • the split unit cooling and heating circuit unlike the integrated machine cooling and heating circuit, has a main body casing 1404B and an extension casing 1404A, and the shut-off valve 13 is connected to the low-pressure air pipe of the main engine and the extension, and the shut-off valve 14 is connected to the main engine. And the gas pipe of the extension.
  • the low-pressure gaseous refrigerant in the heat exchanger 1142 is sucked into the compressor 1421 through the low-pressure pipe 1498 and the muffler 1491 on the pipeline to be compressed into a high-temperature, high-pressure gas, and then through the exhaust pipe, four-way electromagnetic exchange
  • the heat exchanger 2142 (in this case, the condenser) is discharged into the left channel of the valve to be condensed and released into a liquid.
  • the liquid refrigerant is filtered through the filter 1494, the capillary 1495 is throttled to become a gas-liquid two-phase fluid, and the filter 1494 enters the heat exchanger 1322 to absorb heat and evaporate, and the gas-liquid two-phase refrigerant becomes a low-pressure gas, and the muffler 1491 and four
  • the left passage of the electromagnetic reversing valve 1493 and the gas-liquid separator 1492 enter the compressor 1421 for compression, and enter the next refrigeration cycle.
  • the indoor air in any of the foregoing embodiments is controlled by the blower or the heat exchange electric fan which also serves as the blower, in the heat exchange channel 1 (in this case, the evaporator)
  • the heat exchange is cooled, blown into the room, and then sucked into the heat exchange channel to enter the next air circulation sequence to achieve indoor air cooling
  • the indoor air is exchanged by the heat exchange electric fan or both
  • the exhaust fan of the electric fan 2 is blown through the heat exchange channel 2 (the condenser is at this time), and the sequence of blowing to the outside is continuously performed to realize the cooling of the high temperature and high pressure gas in the heat exchanger 2 Step-down;
  • the outdoor air is sucked into the heat exchange channel 2 from the window on both sides of the casing by the heat exchange electric fan, and blows through the heat exchanger 2 (the condenser at this time), blowing from the outside window of the machine to the machine
  • the sequence of the outer sequence is continuously performed
  • the control circuit makes the electromagnetic opening of the four-way electromagnetic reversing valve 1593 wide, and the four-way reversing valve changes the circulating flow direction of the refrigerant other than the degassing liquid separator and the compressor.
  • indoor and outdoor air flow is the same as that of cooling, and the heat exchange between the heat exchanger 1 and the heat exchanger is opposite to that of the cooling to achieve the temperature regulation of the indoor air.
  • the defroster 14910 disposed on the surface of the heat exchanger 2142 cuts off the four-way electromagnetic reversing valve coil power supply, and the heat operation is changed to the cooling operation, and the outdoor heat exchanger 2142 changes the evaporator state to In the condenser state, the frost layer is melted.
  • the power of the fan motor that is only used as the heat exchanger is cut off, and the heat exchange electric fan does not work, and does not blow cold air into the room.
  • the heat exchange electric fan 2 does not work, at the same time, the electric heater power is turned on, the heat exchange electric fan or the hair dryer continues to work, generating a hot air screen (or hot air hood), the same It is also to send hot air to the room.
  • the defrosting device is reset, the power supply of the four-way electromagnetic reversing valve coil is turned on, and the system resumes the next heating operation. In this way, the system is maintained to continuously supply heat to the room at low temperatures outside the room.
  • the heat exchanger 1152 In the cooling, heating and defrosting circuit of the splitter of the present invention shown in Fig. 64, the heat exchanger 1152, the muffler 1591, the gas-liquid separator 1592, the compressor 1521, the four-way electromagnetic reversing valve 1593, and the electromagnetic cut-off Valve 1599, heat exchanger 2 1523, capillary 1595 and 1596, check valve 15913, connecting tube, and the like.
  • the outlet of the heat exchanger 1522 is sequentially connected to the right passage of the muffler 1591 and the four-way electromagnetic reversing valve 1593, and the gas-liquid separator 1592.
  • the inlet of the heat exchanger 1522 is connected to the filter 1594.
  • the filter 1594 The other end is connected in series with the parallel capillary 15914 and the check valve 15913, the parallel connected capillary 1595 and 1596, and the other ends of the parallel connected capillary 1595 and 1596 are respectively connected to the two outlets of the heat exchanger 2 1523, and the heat exchanger 2 1523
  • the inlet is connected to the left channel of the four-way electromagnetic reversing valve 1593, the suction port of the compressor 1521 is sequentially connected with the low-pressure passage of the four-way electromagnetic reversing valve 1593, the gas-liquid separator 1592, and the exhaust port and the cross of the compressor 1521.
  • the high pressure passage of the electromagnetic reversing valve 1593 is connected, and the exhaust port of the compressor 1521 is also connected to the inlet of the electromagnetic cut valve 1599, and the outlet of the electromagnetic valve 1599
  • the two branches are respectively connected to the two outlets of the heat exchanger 215, thereby forming a heat pump refrigerant refrigeration, heating, and defrosting circuit 1500.
  • the low-pressure gaseous refrigerant in the heat exchanger 1522 is compressed into a high temperature and a high-pressure gas is exhausted from the exhaust pipe through the low-pressure pipe and the muffler 1591 on the pipeline and the gas-liquid separator 1592.
  • the solid line of the valve is discharged into the heat exchanger 21523 (in this case, the condenser) to be condensed and released into a liquid.
  • the electromagnetic cutoff valve is not energized and is in a closed state, and high temperature and high pressure gas cannot flow through the valve.
  • the liquid refrigerant passes through the two tubes of the capillary 1595 and 1566 to become a gas-liquid two-phase fluid.
  • the capillary 15914 and the filter 1594 enter the heat exchanger 1522 (at this time, the evaporator) absorbs heat and evaporates, and changes from gas to liquid.
  • the low-pressure gas is compressed into the compressor 1521 through the muffler and the gas-liquid separator 1592, and enters the next refrigeration cycle.
  • the indoor air in any of the foregoing embodiments is controlled by the blower or the heat exchange electric fan which also serves as the blower, in the heat exchange channel 1 (in this case, the evaporator)
  • the heat exchange is cooled, blown into the room, and then sucked into the heat exchange channel to enter the next air circulation sequence to achieve indoor air cooling;
  • the indoor air is exchanged by the heat exchanger or the heat exchanger
  • the exhaust fan of the electric fan 2 is blown through the heat exchange channel 2 (the condenser is at this time), and the sequence of blowing to the outside is continuously performed to realize the cooling of the high temperature and high pressure gas in the heat exchanger 2 Step-down;
  • the outdoor air is sucked into the heat exchange channel 2 from the window on both sides of the casing by the heat exchange electric fan, and blows through the heat exchanger 2 (the condenser at this time), blowing from the outside window of the machine to the machine
  • the sequence of the outer sequence is
  • the control circuit makes the electromagnetic opening of the four-way electromagnetic reversing valve 1593 wide, and the four-way reversing valve changes the circulating flow direction of the refrigerant other than the degassing liquid separator and the compressor.
  • indoor and outdoor air flow is the same as in the case of cooling, and the heat exchange of the heat exchanger 1 and the heat exchanger is opposite to that of the cooling to achieve the temperature regulation of the indoor air.
  • the defroster 15910 disposed on the surface of the heat exchanger does not cut off the four-way electromagnetic reversing valve 1493 coil power supply, and continues the heating operation, but the electromagnetic cut-off valve 15911 coil is turned on. The system enters the defrosting operation.
  • part of the high-temperature and high-pressure refrigerant extruded by the compressor flows into the outdoor heat exchanger through the electromagnetic shut-off valve 15911, and the other part flows through the four-way reversing valve 1293 (this The dotted line in the valve is opened, the solid path is closed, and the silencer 1591 enters the indoor heat exchanger - 1522.
  • the indoor extension continues to supply heat to the room.
  • the outdoor heat exchanger 2 1523 changes the evaporator state to the condenser state, the frost layer is melted, and the indoor heat exchanger 1522 continues to operate in the condenser state.
  • the heat exchange electric fan 2 does not work, the heat exchange electric fan or the wind screen electric hair dryer continues to work, generating a hot air screen (or hood), and also continues to blow hot air into the room.
  • the defroster 15910 is reset, the coil of the electromagnetic cut-off valve 15911 is de-energized, and the system resumes heating operation.
  • the electric heater power supply is energized together with the coil of the electromagnetic shut-off valve 15911, supplementing the shortage of heat supply to the indoor heat exchanger.
  • the defroster 15910 is reset, the power supply of the electric heater is de-energized with the coil of the electromagnetic cut-off valve 15911, and the supply of heat to the room is stopped, and the system resumes heating operation. In this way, the system is kept continuously and sufficiently heated to the indoors when it is cold outside.
  • the heat exchanger is a forced air convection finned tube evaporator in which two parallel groups or three parallel groups or four parallel groups, and the heat exchanger 2 is forced air. Cooling finned tube condenser;
  • the water receiving tray and the water connection pipe are provided only when the heating circuit is included.
  • the motor of the extension unit and the split machine placed above the stove is a single-phase asynchronous fully enclosed motor or a three-phase asynchronous fully enclosed motor or a DC motor or a DC brushless motor, an outdoor unit.
  • the electric motor has a single-phase asynchronous motor or a three-phase asynchronous motor or a direct current motor or a direct current brushless motor or an alternating current servo motor or an alternating current variable frequency motor or a direct current variable frequency motor.
  • the oil pump 00 is installed in the hood passage, and the suction pipe 1600 is extended into the oil cup 944 to suck the oil into the pump and drain from the pipe 1800 to the outside of the body.
  • the existing air conditioner circuit controlled by the computer micro control unit MCU includes all or part of the current detecting circuit; emergency starting Circuit; power-on reset circuit; pulse stepping motor control and drive circuit; motor control and drive circuit of indoor fan; buzzer control and drive circuit; rectifier filter voltage regulator circuit; zero-crossing detection circuit; four-way valve control circuit; Motor control and drive circuit for outdoor fan; electric heater control circuit; indoor temperature and indoor coil temperature detection circuit; outdoor temperature, outdoor coil temperature and compressor outlet temperature detection circuit; motor speed detection circuit for fan; voltage detection circuit; Communication circuit; remote control induction circuit; AC power supply for AC induction motor with pulse width modulation PWM inverter control circuit or compressor for brushless DC motor with intelligent power module pulse amplitude modulation PAM inverter control circuit or compressor AC servo A circuit such as a motor control circuit.
  • the invention is characterized in that it has a connection with an air conditioner circuit controlled by a computer micro control unit MCU: a continuously variable shift control of a range hood fan motor and a drive circuit or a stepped shift control and drive circuit, a motor of a hood fan or a wind screen fan Infinitely variable speed control and drive circuit or step-by-step shift control and drive circuit; illuminator control circuit, fume gas temperature detection circuit and soot gas sensitive detection circuit installed on indoor air conditioning range hood, eight button keyboard or 4 X 4 keyboard matrix is installed in the indoor air conditioning range hood body air conditioner range hood key control circuit, installed in the indoor air conditioning range hood body for displaying the air conditioner range hood state display circuit, or additionally It has a water level height position control circuit.
  • the lead PIN of the MCU chip of the air conditioner fume extracting system with the air collecting hood system is connected with the control lead of the branch circuit, and the partial branch circuit has a power lead connected to the external power line, wherein
  • the energy supply circuit has a power supply circuit and a crystal oscillation circuit, and the system recovery circuit has a power-on reset circuit;
  • the system protection circuit has a zero-crossing detection circuit, a current detection circuit, and a voltage detection circuit;
  • Control drive circuit has fan motor single speed control circuit, fan motor stepless speed control circuit, stepping motor drive circuit, compressor induction motor single speed control circuit, compressor induction motor frequency conversion speed control circuit, compressor DC brushless motor Frequency conversion speed control circuit, four-way valve control circuit, oil pump control circuit, electronic expansion valve drive circuit;
  • working status display circuit has LED display circuit, VFD screen display circuit, LCM or CIG liquid crystal display circuit, electroluminescence display circuit, The working state sound prompting circuit has a buzzer control circuit, and the online control is connected with a communication circuit.
  • the current detecting circuit that is, the typical compressor overcurrent protection circuit in the microprocessor-controlled air conditioner circuit
  • the current transformer CT1 when the contact of the relay Rdayl is attracted, the current transformer CT1 induces a current signal through D1 ⁇ D4.
  • the bridge rectifier circuit rectifies the DC signal, and is divided by the Rl, R2 and R3 voltage dividing circuits connected to the output of the bridge rectifier circuit, C1 filtering, the resistor R3 current limiting output outputl, and the analog/digital conversion input to the chip MCU.
  • the lead PIN of the module, the DC power supply VDD is the replenishment energy of the circuit.
  • the single-speed control circuit of the compression motor that is, the typical relay control drive circuit in the outdoor unit circuit of the microprocessor-controlled air conditioner, is outputted by the output lead PIN of the microprocessor MCU chip.
  • the output level is high, the reverse direction is reversed.
  • Low level so that relay Relay 1 is sucked, fan motor rotates at a fixed speed, compressor motor protection relay Relay 0 and compression motor MG0, capacitor CO constitute compressor motor capacitor operation mode is PSC mode, compressor motor or connected into capacitor start
  • the operation mode is CSR mode.
  • the connection principle of this mode can refer to related books.
  • the emergency start circuit that is, the typical button switch circuit of the outdoor unit circuit of the air conditioner controlled by the microprocessor MCU chip, is composed of a DC power supply VDD, resistors R5 and R4, 'capacitor C9, switch SO, etc.
  • the SO is turned on and off once, the capacitor C9 completes one discharge and the charging process, and the lead output 2 outputs a signal to the microprocessor MCU core Ji input capture bow I line, and the microprocessor MCU chip controls the air collecting hood system.
  • the air conditioning range hood enters an automatic running state.
  • the power-on reset circuit that is, the simple and typical control system initialization trigger circuit in the air conditioner circuit controlled by the microprocessor MCU chip, is connected in parallel with the DC power supply VDD, the resistor R6 series circuit and the electrolytic capacitor C2 and the capacitor C11.
  • the electrolytic capacitor C2 generates a reset signal to the reset reset lead of the microprocessor MCU chip during the charging and discharging process, and the microprocessor MCU chip control system circuit completes the initial setting.
  • the external clock connection circuit recommended for the clock generation module of the MOTOROLA micro control unit MCU consists of DC power supply VDD, resistors R7, 11 8 and 197, fixed capacitors CBYP2, CBYP5 and CBYP4, and crystal oscillator XI. Capacitor C11 and the like.
  • the recommended MOTOROLA micro-control unit MCU power supply circuit consists of DC power supply VDD, electrolytic capacitor C3, and capacitor C10.
  • the circuit leads VDD and VSS are connected to the MOTOROLA micro-control unit MCU with the same name as the micro-control unit MCU. Provide working energy.
  • the rectification and filtering regulator circuit and the zero-crossing detection circuit are typical transformer step-down, bridge rectification, capacitor filtering, and three-terminal integrated regulator regulator circuit in the air conditioner circuit controlled by the microprocessor MCU chip.
  • Transformer secondary connection terminal CON 1 , diode D7, D8, D6, Dll, electrolytic capacitor C4, C5, capacitor C22, capacitor C23, three-terminal integrated voltage regulator LM7805 constitute rectifier filter regulator circuit, 220V AC voltage is converted into DC Voltage, output voltage VDD from the output of the three-terminal integrated voltage regulator LM7805, providing replenishment energy for the control part of the circuit.
  • Diode D9 is isolated by its single-conductivity to prevent the impact of the zero-crossing detection circuit on the power supply circuit. element.
  • the zero-crossing detection circuit is composed of resistors R11, R12, R13 and R14, capacitors C12, C13, and transistor Q1.
  • 220V AC is stepped down by the transformer and rectified by bridge rectification or silicon bridge to a frequency of 100Hz.
  • the partial voltage is used as the base bias of Q1 to control the turn-on and turn-off of the transistor, and the output line 4 outputs a zero-crossing trigger signal.
  • Microprocessor connected to the output line 4 The external interrupt request signal input lead of the MCU chip IRQ HN receives this signal, and the microprocessor MCU chip enters the interrupt service routine.
  • the fan single-phase AC motor stepless speed control and drive circuit and fan single-phase AC motor speed detection circuit that is, the fan-controlled stepless speed control and drive circuit in the microprocessor-controlled outdoor unit circuit Transformer secondary terminal CON4, crystal filter Z1, capacitors C17, C18, resistor R17, Rl, photocoupler COM2, connector CON2, unidirectional alternating current motor M1 and start capacitor C20;
  • the fan single-phase AC motor speed detecting circuit is composed of resistors R50, 51 and capacitor C40, and the phase difference signal between the port PH and the ground GND is outputted from the output lead output to the input capture lead of the microprocessor MCU chip;
  • the pulse width modulation output lead PWM PIN of the microprocessor MCU chip outputs a low level, input to the input lead input6, and is isolated by the photocoupler com2 to make the bidirectional thyristor
  • the speed of the motor M1 is adjusted by changing the conduction angle to change the power supply voltage applied to the motor M1.
  • Lighting Circuit a common relay control circuit consisting of relay Relay 2, resistor R15, capacitor C14, and connector COM1.
  • input lead input 7 is used to obtain the output lead output of the microprocessor MCU chip.
  • the relay Relay 2 contacts are turned on, and the electronic transformer H-401 connected in parallel between the 220V AC live line or the neutral line is powered, and the output terminal outputs 12V AC, and the lamps DS1, DS2, DS3 emit light. .
  • the four-way valve control circuit is a commonly used relay control circuit, which is composed of a relay Relay 3, a resistor R25, a capacitor C16 and a four-way valve coil RL1, and an input lead input 8 to obtain an output bow of the microprocessor MCU chip.
  • the relay Relay 3 contacts are turned on, and the four-way valve coil RL1 is electrically commutated.
  • FIG 84 for the motor's fixed speed control and drive circuit. It is also a commonly used relay control circuit. It consists of Relay Relay 4, Resistor R26, and Capacitor C19.
  • the input lead input 9 is the output lead PIN of the microprocessor MCU chip. When the output is low, the relay Relay 4 is turned on, the outdoor fan motor M2 is running at a constant speed, and the capacitor C24 is the starting capacitor.
  • the electric heater control circuit is a commonly used relay control circuit. It consists of relay Relay 5, resistor R19, capacitor C21 and electric heater RL2.
  • the input lead input 10 is used to obtain the output lead PIN delay of the microprocessor. MCU chip.
  • the temperature detection circuit is a commonly used circuit in a microprocessor-controlled air conditioner. It consists of resistors R32, R33, capacitors C6, C7, 026, inductors L1, L2, L3, thermistors Rtl, Rt2, and resistors.
  • the R32 and R33 are divided and sampled to provide a change level value, and the output lead output 14 and output 15 are respectively connected with an input lead of the analog I number conversion module of the microprocessor MCU chip for the microprocessor MCU chip. Detecting, analyzing, controlling the air conditioning range hood cooling or heating or dehumidifying operation of the air collecting hood system, or together with the signal detected by the soot gas sensitive detection circuit, the microprocessor MCU chip measures, analyzes, controls the air conditioner The system, hood system and suction and exhaust system are fully automated.
  • the input lead input PIN of the analog/digital conversion module of the MCU chip is connected with the output lead output 20, and when the rising potential reaches the set value, the pulse width modulation output lead PWM PIN of the MCU chip outputs a pulse width modulation signal, and is input to the input lead input6.
  • the two-way thyristor is turned on by the photoelectric coupler CO m2 , and the power supply voltage applied to the motor M1 is changed by changing the conduction angle to realize the starting or speed regulation of the suction and exhaust fume motor M?.
  • the voltage detection circuit the AC voltage introduced by the terminals L and N is outputted by the voltage transformer TF1, and an AC low voltage is output.
  • the bridge is rectified by D14, D15, D16 and D17, and the resistors R37, R38 and C30 are capacitors.
  • the output current is input from the lead 0U tput 21 to the input lead input PIN of the analog/digital conversion module of the microprocessor MCU chip, and the MCU chip determines whether the overvoltage or undervoltage is present, and the air conditioning system with the air collecting hood system
  • the hood display automatically displays fault information and protects the circuit.
  • Diode D14 is a clamp diode that clamps the DC level to VDD.
  • the 4X4 keyboard matrix circuit is a 4X 4 keyboard matrix circuit controlled by a conventional microprocessor MCU chip, which is composed of resistors R35, R42, R43, R44, connector CON7 and buttons SI to S16, and the connector CON7 6, 7, 8, pin and MCU chip A/D converter module high four-bit input lead input PIN connection, 3, 4, 5, 6 pins and four-bit input lead input PI connection, when each button is connected
  • the MCU chip CPU interrupts and executes the control operation of the corresponding inventive circuit of the software decision.
  • the remote control receiving circuit is a commonly used circuit of a microprocessor controlled air conditioner, which is composed of a remote control receiving head HS0038, resistors R41, R45, capacitors C31, C32, and HS0038 accepts and decodes the signal sent by the remote controller, and is connected by the lead of the connector CON7. 10, connected with the input capture lead of the MCU chip, and the MCU chip controls the running state of the product of the invention according to the instruction sent by the remote controller.
  • the communication circuit that is, the serial communication interface SCI circuit in the microprocessor-controlled air conditioner circuit is composed of resistors R52 to R63 and R66, PTC, capacitors C34 to C38 and C44, diodes D19 to D21, and light couples.
  • the voltage regulator diodes D18, D22 stabilize the DC voltage to +24V
  • the serial communication adopts the master-slave mode
  • the indoor unit is the master
  • the outdoor unit is the slave
  • the query mode reads and writes data.
  • Control and drive circuit of AC variable frequency control compressor It is a typical circuit in microprocessor controlled air conditioner circuit, from photocouple U 1 to U7, resistor R46 to R63, capacitor C39 to C48, Mitsubishi Corporation of Japan.
  • IPM power module IPM 1 PM20-CTM060, three-phase inverter compressor MG1 and connector CON10, connector CON2 light couple U9 to U15, connector CON2 bow I line 2 and 3, 5! ] 6, 8, and 9, 11, and 12 are respectively connected to the AC 15V power output of the switching power supply.
  • the output voltage of the AC 12V power output of the power supply is connected to the voltage through the step-down rectifier output +5 DC voltage.
  • the conductor CON10 leads 2, which provides the working voltage for the photocouple U9.
  • the connector CON10 leads 1 to receive the fault signal fed back by the power module IPM 1. If the power module IPM 1 is overheated, over-current, short-circuit protected, the power module IPM 1 is indeed 15 Line, will output a fault signal, through the faulty lead of the microprocessor MCU chip connected to the lead 1 FAULT 1 to FAULT 4, the lead is input to the microprocessor MCU chip, so that the chip alarm, the pulse of the microprocessor MCU chip
  • the width modulated output lead PWM PIN output pulse width modulation signal is input from the connector CON10 leads 2, 3, 4, 5, 6, 7 to the photocouplers U10 to U15 for isolation to the IPM power module IPM 1 , respectively controlling this
  • the six high-rate transistors on the module are turned on and off, and three sinusoidal voltages of variable frequency with a difference of 120° are respectively output, which drives the three-phase inverter MG1 to operate.
  • control and drive circuit of the above-mentioned AC pulse frequency control inverter control compressor, or the control and drive circuit of the DC pulse amplitude modulation inverter control compressor is also a typical circuit in the microprocessor controlled air conditioner circuit (see People's Post and Telecommunications of the People's Republic of China) Published in the first edition on March 1, 2003, and the second printing and distribution of Hisense Inverter Air Conditioner Principles and Maintenance in June 2003.
  • the LED circuit is composed of a light-emitting diode LED 'resistor R22.
  • the oil pump control driving circuit includes a stylus type water depth detecting circuit and a single-phase motor that replaces the motor in FIG. 84 into an oil water pump.
  • the stylus transmits a signal at a high or low water level
  • the MCU receives the signal. , issue a command to control the oil pump to open or close.
  • the illuminating LED code indicates the steady state of the working state.
  • the air hood range hood circuit with the air collecting hood system is composed of the connecting lead of the unit circuit and the connecting lead of the MOTOROLA MC68HC908GP32 8-Bit computer micro control unit MCU shown in Fig. 93.
  • the connection relationship is -
  • VSSA is connected to OSCl, OSC2, COMXFC, VDDA, VSSA of MC68HC908GP32;
  • the output 2 lead of the power-on reset circuit is connected to the reset lead of the MC68HC908GP32, which is active low;
  • the output 3 lead of the zero-crossing detection circuit is connected to the IRQ lead of the MC68HC908GP32, which is active low;
  • the input lead input 1 of the single-speed control circuit of the compressor motor is connected to the output lead PTC2 of the MC68HC908GP32 to form the PSC mode circuit for the compressor motor capacitor operation mode.
  • the compressor motor is connected to the capacitor start-up mode, which is the CSR mode, and constitutes the CSR mode circuit of the compressor motor capacitor starting operation mode.
  • the windshield fan motor control and drive circuit, the single-phase AC motor stepless speed control and the input 6 lead of the drive circuit are connected with the T2CH0 lead of the MC68HC908GP32 to form the stepless open-loop shift control and drive circuit of the hood fan motor; Then, the output 1 lead of the fan motor speed detecting circuit is connected with the T2CH1 lead of the MC68HC908GP32 to form a stepless closed-loop shift control and driving circuit of the hood fan motor; when the hood passage and the fresh air passage are combined, the hood fan motor is simultaneously It is a stepless speed control and drive circuit for the fresh air fan.
  • the air blower fan will deliver fresh air to the room after the operation.
  • the compressor will run after the windshield fan is running. Under the control of MC68HC908GP32, cooling or heating or dehumidification.
  • the input 6-pin I line of the single-phase AC motor stepless speed control and drive circuit is connected with the T1CH1 lead of the MC68HC908GP32 to form a stepless open-loop shift control and drive circuit for the suction and exhaust fan motor.
  • the motor's fixed speed control of the fan and the input lead input of the drive circuit are connected to the output lead PTC0 of the microprocessor MCU chip.
  • the circuit constitutes an independent fresh air blower motor constant speed control and drive circuit, M2
  • the hood fan motor and the fresh air fan motor are used to share the control and drive circuit.
  • the product of this example It operates in the same way as the hood fan motor control and drive circuit.
  • the motor's fixed speed control of the fan and the input lead input of the drive circuit are connected to the output lead PTC1 of the microprocessor MCU chip, and the motor M2 is the heat exchange motor of the heat exchange channel 2, and the motor of the heat exchange fan 2 is formed. Constant speed control and drive circuit.
  • the output leads of the temperature detecting circuit outputl3 and outputH are respectively connected to the analog/digital conversion of the MC68HC908GP32.
  • the input leads AD1 and AD2 constitute the coil temperature detecting circuit and the indoor temperature detecting circuit of the heat exchanger 1.
  • the output lead outputl3 and outputH of the same temperature detecting circuit are respectively connected to the digital/analog input lead wires AD3 and AD4 of the MC68HC908GP32, and constitute the coil temperature detecting circuit of the heat exchanger 2 and the ambient temperature detecting circuit of the heat exchanger 2;
  • the MC68HC908GP32 controls the operating status of the air conditioning system based on the detection signal.
  • the output leads outputl3 and outputl4 of the same temperature detecting circuit are respectively connected to the digital/analog input lead wires AD5 and AD6 of the MC68HC908GP32, and constitute an air outlet temperature detecting circuit and a soot temperature detecting circuit of the hood nozzle; Based on the detection signal, the MC68HC908GP32 automatically controls the operating status of the air conditioning system, the suction and exhaust fume fan, and the hood fan.
  • the soot gas sensitive detection circuit output lead output20 connection MC68HC908GP32 number I mode conversion input lead AD7 constitutes the soot gas sensitive detection circuit, MC68HC908GP32 automatically control the operating state of the suction and exhaust fume fan according to the detected signal.
  • each of the eight keys is connected to the input lead KBD0 to KBD7 of the MC68HC908GP32, and the other end is grounded to form a button circuit.
  • the first to eighth keys are turned on, and cooling and heating are sequentially performed.
  • the hood fan runs at full speed, the suction and exhaust fume fan runs at low speed, the suction and exhaust fume fan runs at high speed, the suction and exhaust fume fan runs automatically, the air conditioning system runs automatically, the lighting circuit is turned on/off, and another switch is connected in series at the power input end. Disconnecting the power supply of the entire circuit, this circuit has or has a separate function with the remote control circuit.
  • the liquid crystal display shows the working speed of the air conditioner range hood circuit with the air collecting hood system.
  • the lead circuit is connected by the aforementioned unit circuit and the MOTOROLA MC68HC908LJ12 shown in Fig. 94 or the MC68HC908LJ24 shown in Fig. 95 or the MC68HC908LJ1K24 8-Bit shown in Fig. 96.
  • the connection of the computer micro-control unit MCU is connected. The connection relationship is:
  • micro-processing machine MCU power supply circuit VDD, VSS and MCU VDD, VSS connection constitutes the control power supply circuit
  • the output 2 lead of the power-on reset unit circuit is connected to the RST lead of the MCU, and is active low to form a power-on reset circuit
  • the output 3 lead of the zero-crossing detection unit circuit is connected to the IRQ lead of the MCU, and is active low, forming a zero-crossing detection circuit;
  • the input lead input 1 of the single-speed control circuit of the compressor motor is connected to the output lead PTC2 of the MCU to form the PSC mode circuit for the compressor motor capacitor operation mode.
  • the compressor motor is connected to the capacitor starting operation mode, which is CSR mode, and constitutes the CSR mode circuit of the compressor motor capacitor starting operation mode.
  • the windshield fan motor control and drive circuit, the single-phase AC motor stepless speed control and the input 6 lead of the drive circuit are connected with the T2CH0 lead of the MCU to form the stepless open-loop shift control and drive circuit of the hood fan motor; Then, the output 19 lead of the fan motor speed detecting circuit is connected with the T2CH1 lead of the MC68HC908GP32 to form a stepless closed-loop shift control and driving circuit of the hood fan motor; when the hood passage and the fresh air passage are combined, the hood fan motor is simultaneously It is a stepless speed control and drive circuit for the fresh air fan.
  • the air blower fan will deliver fresh air to the room after the operation.
  • the compressor will run after the windshield fan is running. Under MCU control, cooling or heating or dehumidification.
  • the motor's fixed speed control of the fan and the input lead input of the drive circuit are connected to the output lead PTC0 of the microprocessor MCU chip.
  • the circuit constitutes an independent fresh air blower motor constant speed control and drive circuit, M2
  • the hood fan motor and the fresh air fan motor are used to share the control and drive circuit.
  • the product of this example It operates in the same way as the hood fan motor control and drive circuit.
  • the motor's fixed speed control of the fan and the input lead input of the drive circuit are connected to the MCU output lead PTC1, and the motor M2 is the heat exchange motor in the second heat exchange channel, and the motor constant speed control and drive of the heat exchange fan 2 Circuit.
  • the output lead of the temperature detecting circuit outputl3 and outputs are respectively connected to the analog/digital conversion input leads of the MCU, ADC1, ADC2, the coil temperature detecting circuit and the indoor temperature detecting circuit constituting the heat exchanger 1.
  • Another output voltage of the same temperature detection circuit, outputl3, outputs, respectively, is connected to the MCU's digital-to-analog conversion.
  • the lead wires ADC3 and ADC4 constitute the coil temperature detecting circuit of the heat exchanger 2 and the ambient temperature detecting circuit of the heat exchanger 2.
  • the MC68HC908GP32 controls the operating state of the air conditioning system according to the detection signal.
  • the output lead of the same temperature detecting circuit, out putl3, outputs are respectively connected to the digital I-mode conversion input leads ADC5 and ADC6 of the MCU, and constitute a hood nozzle air outlet temperature detecting circuit and a soot temperature detecting circuit;
  • the MCU automatically controls the operating state of the air conditioning system, the suction and exhaust fume fan, and the hood fan according to the detection signal.
  • the output lead of the soot gas sensitive detection circuit output20 is connected to the MCU's analog I-number conversion input lead ADC7, which constitutes the soot gas sensitive detection circuit.
  • the MC68HC908GP32 automatically controls the operation status of the suction and exhaust fume fan according to the detected signal.
  • MCU control switch S1 to S16 execute in order: Select to view any State parameters detected by one sensor; system reset; single machine automatic operation; switch lighting; select air conditioning system and suction and exhaust fume system to manually control operation, operate efficiently, cancel high efficiency operation and enter automatic operation; select air conditioning system or suction fume system or The two systems respectively save power and cancel the power-saving operation and then enter the automatic operation; select the hood fan automatic operation and manual operation (S13 to S15 plus 1 minus 1 to realize the adjustment control); the suction and exhaust fume fan automatically runs and runs manually (S13 to S15 plus 1 minus 1 to achieve adjustment control); Timed start switch; Timed off switch; Add 1 control; Select any one of cooling, heating, dehumidification, fresh air, hood, exhaust smoke operation mode; Cancel the appointment; minus 1 control; select single machine
  • MCU's PB0, PB1, PB2 are connected with the base lead of the static liquid crystal display LCD, and the FP1 to FP26 leads are connected with the LCD display surface lead to form a static liquid crystal display LCM display circuit.
  • the command display phase Corresponding working status.
  • the MCU in this circuit is the MOTOROLA MC68HC908LJ12 or MC68HC908LJ24 or MC68HC908LJ1K24 8-Bit computer micro-control unit.
  • the AC air conditioner range hood circuit with air collector cover system includes indoor extension circuit with hood fan control and drive, outdoor extension circuit, and indoor and outdoor communication circuit. among them:
  • hood fan control and drive circuit packaged liquid crystal display showing working state constant speed control air supply circuit in air conditioner range hood circuit with air collecting hood system; external clock circuit; power-on reset circuit Zero-crossing detection circuit; hood fan motor and fresh air fan motor include hood fan motor stepless open-loop speed control and drive circuit or hood fan motor stepless closed-loop speed control and drive circuit, hood fan motor separately set It also has independent fresh air blower motor fixed speed control and drive circuit suction and exhaust fan motor stepless open loop shift control and drive circuit; heat exchanger 1 coil temperature detection circuit and indoor temperature detection circuit; windshield nozzle air outlet Temperature detection circuit and soot temperature detection circuit; soot gas sensitive detection circuit; 4X4 keyboard matrix control circuit and static liquid crystal display LCM display circuit.
  • the outdoor extension circuit circuit including the lead 1 of the connector CON10 of the control and drive circuit of the AC variable frequency control compressor and any of the MOULTOLA MC68HC908MR16 or MR32 of any of the MCU's FAULT 1 to FAULT 4, at the same time, the connector
  • the CON10 leads 2, 3, 4, 5, 6, and 7 are sequentially connected to the PWM1 to PWM6 of the same MCU.
  • the motor's fixed speed control of the fan and the input lead input of the drive circuit are connected to any unused output leads of the same MCU.
  • the pulse width modulation compressor intelligent frequency conversion speed regulating circuit is formed; the output lead outputl3 outputH of one temperature detecting circuit is respectively connected to the analog/digital conversion lead ATD 1 and ATD 2 of the same MCU, and constitutes the heat exchanger two coil temperature and outdoor temperature detection. Circuit; output voltage output circuit of a voltage detection circuit 21 and a voltage-protection circuit formed by the input lead ATD 3 of the analog/digital conversion module of the same MCU chip; output outputl of a current detecting circuit, input analog to digital conversion of the same MCU
  • the module's lead ATD is connected to a voltage protection circuit.
  • the communication circuit package expands the input 15 and output 15 leads of the communication circuit shown in Fig. 90 and the MCU of the indoor extension respectively.
  • the TxD and RxD lead connections, the input l6 and output l6 leads are respectively connected to the TxD and RxD of the MCU of the outdoor extension to form an indoor/outdoor communication circuit.
  • DC variable frequency air conditioner range hood circuit with air collecting hood system expands the above indoor unit circuit with hood fan control and driving circuit and Hisense brand KFR-2601GW/ZBP type DC frequency conversion wall of Qingdao Haixin Air Conditioning Co., Ltd.
  • the outdoor unit circuit of the air conditioner and the input 16 and output 16 leads of the communication circuit are respectively connected with the SAF-C504 MCU chip lead 5 (TxD PIN) and 7 (RxD) of the outdoor extension to form an indoor/outdoor communication circuit.
  • One-to-two frequency conversion air conditioner range hood circuit with air collector system including indoor unit circuit of hood fan control and drive circuit; existing wall-mounted air conditioner indoor unit circuit (such as Hisense of Qingdao Haixin Air Conditioning Co., Ltd.) KFR-3601GW/BP type air conditioner ⁇ indoor unit circuit); PW00 to PW05 of MOTOROLA 9S12E64 or E128 16-Bi computer micro control unit MCU shown in Fig.
  • PAD4 constitutes the compressor exhaust temperature detection circuit and the compressor return air temperature detection
  • the output lead outputl3 and outpWl4 of another temperature detecting circuit are respectively connected to the MCU analog I number conversion input lead PAD5, PAD6, and constitute a temperature detecting circuit including the hood fan indoor unit A machine thin tube located in the outdoor unit part and the existing hanging wall Air conditioner indoor unit B machine thin tube is located in the outdoor unit part of the temperature detection circuit; a voltage detection circuit output output 21 lead and the same MCU chip analog I number conversion module input lead PAD7 connected to form a voltage protection circuit; a current
  • the output of the detection circuit, the outputl lead, the voltage protection circuit formed by the connection of the lead PAD8 of the analog/digital conversion module of the same MCU further includes the input 16 of the A-machine communication circuit, the output 16 lead, the TXD0 and the RXD0 of the MCU respectively, and the A is formed.
  • the communication circuit between the machine and the outdoor unit, the input 16 and output 16 of the B-machine communication circuit are connected to the TXD1 and RXD1 of the MCU respectively, and the communication circuit between the B machine and the outdoor unit is formed, the outdoor unit MCU is the host, and the indoor unit is the slave.
  • the timing loop detects the communication signal of the A machine B, according to the received signal, the command remains or Change the working status of the master and slave.
  • the second towing three speeds one frequency conversion air conditioner range hood circuit with air collecting hood system the indoor unit includes one A machine circuit and two B machine circuits, respectively called B machine circuit, C machine circuit, in one for two In the air conditioner range hood circuit with air collecting hood system, the input lead input 1 of a compressor motor single speed control circuit is connected with the output lead PTC2 of MOTOROLA 9S12E64 or E128 16-Bi computer micro control unit MCU to form compression
  • the motor capacitor operation mode is not only the PSC mode circuit, but also the compressor motor is connected to the capacitor start operation mode.
  • the CSR mode constitutes the compressor motor capacitor start operation mode.
  • the CSR mode circuit the C machine communication circuit inputs 16 ⁇ output 16 leads respectively MCU TXD2, RXD2 connection, the communication circuit between the C machine and the outdoor unit, the outdoor unit MCU is the host, the indoor unit is the slave, the outdoor unit is timed to detect the A machine B machine C communication signal, according to the received signal, the command Keep or change the working status of the master and slave.
  • the two-to-four-double frequency conversion air-conditioning range hood circuit with air collecting hood system includes an A-machine circuit, a B-machine circuit, and a C-machine circuit, and is externally used in an air-conditioning range hood circuit with an air collecting hood system.
  • the circuit also includes the PW00 to PW05 of the MOTOROLA 9S12E64 or E128 16-Bi computer micro control unit MCU, and the leads 2, 3, 4, 5, 6, of the connector CON10 of the AC inverter control and drive circuit.
  • the lead wires PAD7 and PAD8 constitute a temperature detecting circuit of the D machine thin tube located in the outdoor unit; the MIS0, M0SI, SCK, SS of the D machine are connected with the name end of the outdoor unit MCU, and the SPI communication circuit of the D machine and the outdoor unit is constituted.
  • the outdoor unit MCU is the host, the indoor unit is the slave, the outdoor unit is timed to detect the A machine B machine C machine communication signal, the D machine chip selection signal, according to To the signal, the main instruction maintain or change from the operation state machine.

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  • Engineering & Computer Science (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
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  • General Engineering & Computer Science (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • Sustainable Development (AREA)
  • Other Air-Conditioning Systems (AREA)

Abstract

La présente invention concerne une hotte de conditionnement d’air pour cuisinière dotée d’un système à bouclier collecteur d’air. La hotte de conditionnement d’air pour cuisinière est formée de la combinaison d’une hotte pour cuisinière à rideau d’air dotée d’un système à rideau d’air (à savoir, d’un demi-système à bouclier collecteur d’air), d’une hotte pour cuisinière à bouclier d’air dotée d’un système à bouclier d’air (à savoir, d’un système à bouclier collecteur d’air complet) et d’un conditionneur d’air ambiant. La hotte de conditionnement d’air pour cuisinière est une hotte pour cuisinière du type à réfrigération, du type à pompe à chaleur, du type à réfrigération et à chauffage électrique, du type à pompe à chaleur et à chauffage électrique, du type à pompe à chaleur et à dégivrage, ou du type à pompe à chaleur et à dégivrage et à chauffage électrique, comportant un corps de hotte, un compresseur, un ventilateur, un ventilateur aspirant, un premier échangeur de chaleur, un deuxième échangeur de chaleur, un deuxième ventilateur électrique d’échange de chaleur, un passage de bouclier collecteur d’air, un passage d’aspiration de fumées graisseuses, un premier passage d’échange de chaleur et un deuxième passage d’échange de chaleur. La hotte de conditionnement d’air pour cuisinière peut prendre la forme d’une machine murale intégrée ou séparée ou d’une machine annexée intégrée ou séparée. Dans la hotte de conditionnement d’air pour cuisinière, la réfrigération et le chauffage s’effectuent en dehors de le bouclier collecteur d’air, et les fumées graisseuses dans le bouclier collecteur d’air sont aspirées vers l’extérieur, et un système d’air frais remplace l’air ambiant consommé par la combustion et aspiré vers l’extérieur.
PCT/CN2005/001782 2004-10-28 2005-10-28 Hotte de conditionnement d’air pour cuisiniere dotee d’un systeme a bouclier collecteur d’air WO2006045250A1 (fr)

Applications Claiming Priority (2)

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CN 200410090252 CN1766427A (zh) 2004-10-28 2004-10-28 具有空气集流罩系统的空调抽油烟机
CN200410090252.4 2004-10-28

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WO2006045250A1 true WO2006045250A1 (fr) 2006-05-04

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WO2012013132A1 (fr) * 2010-07-24 2012-02-02 Wang Xiuquan Hotte de cuisine à collecte de courant d'air ou hotte de climatisation comprenant un ventilateur soufflant de type annulaire
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WO2012159398A1 (fr) * 2011-05-21 2012-11-29 Wang Xiuquan Dispositif d'évacuation de fumée pour climatiseur
CN102410666B (zh) * 2011-11-25 2013-07-31 侯全舵 厨房热能利用方法及装置
CN103216902A (zh) * 2013-05-14 2013-07-24 广西玉林宏江能源科技有限公司 热泵空调及抽油烟机一体机
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CN105605642B (zh) * 2016-03-04 2018-06-26 珠海格力电器股份有限公司 抽油烟机
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CN107990381B (zh) * 2017-11-24 2019-10-11 谢能作 热泵式排风热回收新风机与抽油烟机一体机
CN111237953A (zh) * 2018-11-29 2020-06-05 宁波方太厨具有限公司 一种空调式集成灶系统
CN110319519B (zh) * 2019-07-31 2024-02-09 宁波东大空调设备有限公司 一种厨房新风净油烟空调组合机组
CN111520787B (zh) * 2020-05-29 2022-08-02 宁波方太厨具有限公司 一种室内吸油烟机及其运行控制方法
CN114646179A (zh) * 2022-03-16 2022-06-21 青岛海尔空调器有限总公司 空调室外机除霜控制方法、装置、空调器及电子设备

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CN105570951A (zh) * 2016-02-05 2016-05-11 珠海格力电器股份有限公司 抽油烟机
CN105570951B (zh) * 2016-02-05 2018-01-23 珠海格力电器股份有限公司 抽油烟机
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CN107062322A (zh) * 2016-12-29 2017-08-18 吴华林 湿式自洁智能净化型油烟机
CN107388310B (zh) * 2017-07-19 2019-03-26 佛山市众拓科技有限公司 一种以热泵为能源的供热吸热制冷除油烟的整体厨房系统
CN107388310A (zh) * 2017-07-19 2017-11-24 佛山市众拓科技有限公司 一种以热泵为能源的供热吸热制冷除油烟的整体厨房系统
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CN109990335A (zh) * 2017-12-29 2019-07-09 宁波方太厨具有限公司 吸油烟机挡烟板的转动机构
CN109990335B (zh) * 2017-12-29 2024-01-16 宁波方太厨具有限公司 吸油烟机挡烟板的转动机构
CN107940531A (zh) * 2017-12-30 2018-04-20 王淼弘 一种静音吸排油烟机
CN107940531B (zh) * 2017-12-30 2024-05-07 王淼弘 一种静音吸排油烟机
CN110360611A (zh) * 2018-04-09 2019-10-22 宁波方太厨具有限公司 厨房空气调节系统
CN110360611B (zh) * 2018-04-09 2020-11-24 宁波方太厨具有限公司 厨房空气调节系统
CN110657515A (zh) * 2018-06-29 2020-01-07 宁波方太厨具有限公司 一种厨房空调系统
CN110657515B (zh) * 2018-06-29 2021-11-19 宁波方太厨具有限公司 一种厨房空调系统
CN113864842A (zh) * 2021-10-27 2021-12-31 广东电网有限责任公司 一种抽油烟机
CN113834108A (zh) * 2021-11-05 2021-12-24 吉林建筑大学 一种带有热回收和高效净化的装置
CN113834108B (zh) * 2021-11-05 2024-02-20 吉林建筑大学 一种带有热回收和高效净化的装置
CN115833482A (zh) * 2023-02-11 2023-03-21 南通曼淇威电气有限公司 一种工业空调外机的单相异步电机分流散热器
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